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koffice/kexi/formeditor/commands.cpp

1602 lines
45 KiB

/* This file is part of the KDE project
Copyright (C) 2004 Cedric Pasteur <cedric.pasteur@free.fr>
Copyright (C) 2005 Jaroslaw Staniek <js@iidea.pl>
This library is free software; you can redistribute it and/or
modify it under the terms of the GNU Library General Public
License as published by the Free Software Foundation; either
version 2 of the License, or (at your option) any later version.
This library is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
Library General Public License for more details.
You should have received a copy of the GNU Library General Public License
along with this library; see the file COPYING.LIB. If not, write to
the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
* Boston, MA 02110-1301, USA.
*/
#include <tqdom.h>
#include <tqwidget.h>
#include <tqlayout.h>
#include <tqlabel.h>
#include <tqsplitter.h>
#include <tqmetaobject.h>
#include <kdebug.h>
#include <tdelocale.h>
#include <tdepopupmenu.h>
#include <tdemessagebox.h>
#include <tdeaccelmanager.h>
#include "formIO.h"
#include "container.h"
#include "objecttree.h"
#include "formmanager.h"
#include "form.h"
#include "widgetlibrary.h"
#include "events.h"
#include "utils.h"
#include "widgetpropertyset.h"
#include "widgetwithsubpropertiesinterface.h"
#include <koproperty/property.h>
#include "commands.h"
using namespace KFormDesigner;
// Command
Command::Command()
: KCommand()
{
}
Command::~Command()
{
}
// PropertyCommand
PropertyCommand::PropertyCommand(WidgetPropertySet *set, const TQCString &wname,
const TQVariant &oldValue, const TQVariant &value, const TQCString &property)
: Command(), m_propSet(set), m_value(value), m_property(property)
{
m_oldvalues.insert(wname, oldValue);
}
PropertyCommand::PropertyCommand(WidgetPropertySet *set, const TQMap<TQCString, TQVariant> &oldvalues,
const TQVariant &value, const TQCString &property)
: Command(), m_propSet(set), m_value(value), m_oldvalues(oldvalues), m_property(property)
{
}
/*
MultiCommand::MultiCommand()
{
}
MultiCommandGroup::addSubCommand(PropertyCommand* subCommand)
: Command(), m_propSet(set), m_value(value), m_oldvalues(oldvalues), m_property(property)
{
}
*/
void
PropertyCommand::setValue(const TQVariant &value)
{
m_value = value;
emit FormManager::self()->dirty(FormManager::self()->activeForm());
}
void
PropertyCommand::execute()
{
FormManager::self()->activeForm()->selectFormWidget();
m_propSet->setUndoing(true);
TQMap<TQCString, TQVariant>::ConstIterator endIt = m_oldvalues.constEnd();
for(TQMap<TQCString, TQVariant>::ConstIterator it = m_oldvalues.constBegin(); it != endIt; ++it)
{
ObjectTreeItem* item = FormManager::self()->activeForm()->objectTree()->lookup(it.key());
if (item) {//we're checking for item!=0 because the name could be of a form widget
FormManager::self()->activeForm()->setSelectedWidget(item->widget(), true);
}
}
(*m_propSet)[m_property] = m_value;
m_propSet->setUndoing(false);
}
void
PropertyCommand::unexecute()
{
FormManager::self()->activeForm()->selectFormWidget();
m_propSet->setUndoing(true);
TQMap<TQCString, TQVariant>::ConstIterator endIt = m_oldvalues.constEnd();
for(TQMap<TQCString, TQVariant>::ConstIterator it = m_oldvalues.constBegin(); it != endIt; ++it)
{
ObjectTreeItem* item = FormManager::self()->activeForm()->objectTree()->lookup(it.key());
if (!item)
continue; //better this than a crash
TQWidget *widg = item->widget();
FormManager::self()->activeForm()->setSelectedWidget(widg, true);
//m_propSet->setSelectedWidget(widg, true);
WidgetWithSubpropertiesInterface* subpropIface = dynamic_cast<WidgetWithSubpropertiesInterface*>(widg);
TQWidget *subWidget = (subpropIface && subpropIface->subwidget()) ? subpropIface->subwidget() : widg;
if (-1!=subWidget->metaObject()->findProperty( m_property, true ))
subWidget->setProperty(m_property, it.data());
}
(*m_propSet)[m_property] = m_oldvalues.begin().data();
m_propSet->setUndoing(false);
}
TQString
PropertyCommand::name() const
{
if(m_oldvalues.count() >= 2)
return i18n("Change \"%1\" property for multiple widgets" ).arg(TQString(m_property));
else
return i18n("Change \"%1\" property for widget \"%2\"" ).arg(TQString(m_property)).arg(TQString(m_oldvalues.begin().key()));
}
void
PropertyCommand::debug()
{
kdDebug() << "PropertyCommand: name=\"" << name() << "\" widgets=" << m_oldvalues.keys()
<< " value=" << m_value << " oldValues=" << m_oldvalues.values() << endl;
}
// GeometryPropertyCommand (for multiples widgets)
GeometryPropertyCommand::GeometryPropertyCommand(WidgetPropertySet *set,
const TQStringList &names, const TQPoint& oldPos)
: Command(), m_propSet(set), m_names(names), m_oldPos(oldPos)
{
}
void
GeometryPropertyCommand::execute()
{
m_propSet->setUndoing(true);
int dx = m_pos.x() - m_oldPos.x();
int dy = m_pos.y() - m_oldPos.y();
TQStringList::ConstIterator endIt = m_names.constEnd();
// We move every widget in our list by (dx, dy)
for(TQStringList::ConstIterator it = m_names.constBegin(); it != endIt; ++it)
{
ObjectTreeItem* item = FormManager::self()->activeForm()->objectTree()->lookup(*it);
if (!item)
continue; //better this than a crash
TQWidget *w = item->widget();
w->move(w->x() + dx, w->y() + dy);
}
m_propSet->setUndoing(false);
}
void
GeometryPropertyCommand::unexecute()
{
m_propSet->setUndoing(true);
int dx = m_pos.x() - m_oldPos.x();
int dy = m_pos.y() - m_oldPos.y();
TQStringList::ConstIterator endIt = m_names.constEnd();
// We move every widget in our list by (-dx, -dy) to undo the move
for(TQStringList::ConstIterator it = m_names.constBegin(); it != endIt; ++it)
{
ObjectTreeItem* item = FormManager::self()->activeForm()->objectTree()->lookup(*it);
if (!item)
continue; //better this than a crash
TQWidget *w = item->widget();
w->move(w->x() - dx, w->y() - dy);
}
m_propSet->setUndoing(false);
}
void
GeometryPropertyCommand::setPos(const TQPoint& pos)
{
m_pos = pos;
emit FormManager::self()->dirty(FormManager::self()->activeForm());
}
TQString
GeometryPropertyCommand::name() const
{
return i18n("Move multiple widgets");
}
void
GeometryPropertyCommand::debug()
{
kdDebug() << "GeometryPropertyCommand: pos=" << m_pos << " oldPos=" << m_oldPos
<< " widgets=" << m_names << endl;
}
///////////////// AlignWidgetsCommand ////////
AlignWidgetsCommand::AlignWidgetsCommand(int type, WidgetList &list, Form *form)
: Command(), m_form(form), m_type(type)
{
for(TQWidget *w = list.first(); w; w = list.next())
m_pos.insert(w->name(), w->pos());
}
void
AlignWidgetsCommand::execute()
{
// To avoid creation of GeometryPropertyCommand
m_form->selectFormWidget();
int gridX = m_form->gridSize();
int gridY = m_form->gridSize();
TQWidget *parentWidget = m_form->selectedWidgets()->first()->parentWidget();
int tmpx, tmpy;
WidgetList list;
TQMap<TQCString, TQPoint>::ConstIterator endIt = m_pos.constEnd();
for(TQMap<TQCString, TQPoint>::ConstIterator it = m_pos.constBegin(); it != endIt; ++it)
{
ObjectTreeItem *item = m_form->objectTree()->lookup(it.key());
if(item && item->widget())
list.append(item->widget());
}
switch(m_type)
{
case AlignToGrid:
{
for(TQWidget *w = list.first(); w; w = list.next())
{
tmpx = int( (float)w->x() / ((float)gridX) + 0.5 ) * gridX;
tmpy = int( (float)w->y() / ((float)gridY) + 0.5 ) * gridY;
if((tmpx != w->x()) || (tmpy != w->y()))
w->move(tmpx, tmpy);
}
break;
}
case AlignToLeft:
{
tmpx = parentWidget->width();
for(TQWidget *w = list.first(); w; w = list.next())
{
if(w->x() < tmpx)
tmpx = w->x();
}
for(TQWidget *w = list.first(); w; w = list.next())
w->move(tmpx, w->y());
break;
}
case AlignToRight:
{
tmpx = 0;
for(TQWidget *w = list.first(); w; w = list.next())
{
if(w->x() + w->width() > tmpx)
tmpx = w->x() + w->width();
}
for(TQWidget *w = list.first(); w; w = list.next())
w->move(tmpx - w->width(), w->y());
break;
}
case AlignToTop:
{
tmpy = parentWidget->height();
for(TQWidget *w = list.first(); w; w = list.next())
{
if(w->y() < tmpy)
tmpy = w->y();
}
for(TQWidget *w = list.first(); w; w = list.next())
w->move(w->x(), tmpy);
break;
}
case AlignToBottom:
{
tmpy = 0;
for(TQWidget *w = list.first(); w; w = list.next())
{
if(w->y() + w->height() > tmpy)
tmpy = w->y() + w->height();
}
for(TQWidget *w = list.first(); w; w = list.next())
w->move(w->x(), tmpy - w->height());
break;
}
default:
return;
}
// We restore selection
for(TQWidget *w = list.first(); w; w = list.next())
m_form->setSelectedWidget(w, true);
}
void
AlignWidgetsCommand::unexecute()
{
// To avoid creation of GeometryPropertyCommand
m_form->selectFormWidget();
// We move widgets to their original pos
TQMap<TQCString, TQPoint>::ConstIterator endIt = m_pos.constEnd();
for(TQMap<TQCString, TQPoint>::ConstIterator it = m_pos.constBegin(); it != endIt; ++it)
{
ObjectTreeItem *item = m_form->objectTree()->lookup(it.key());
if(item && item->widget())
item->widget()->move( m_pos[item->widget()->name()] );
m_form->setSelectedWidget(item->widget(), true); // We restore selection
}
}
TQString
AlignWidgetsCommand::name() const
{
switch(m_type)
{
case AlignToGrid:
return i18n("Align Widgets to Grid");
case AlignToLeft:
return i18n("Align Widgets to Left");
case AlignToRight:
return i18n("Align Widgets to Right");
case AlignToTop:
return i18n("Align Widgets to Top");
case AlignToBottom:
return i18n("Align Widgets to Bottom");
default:
return TQString();
}
}
void
AlignWidgetsCommand::debug()
{
kdDebug() << "AlignWidgetsCommand: name=\"" << name() << "\" form=" << m_form->widget()->name()
<< " widgets=" << m_pos.keys() << endl;
}
///// AdjustSizeCommand ///////////
AdjustSizeCommand::AdjustSizeCommand(int type, WidgetList &list, Form *form)
: Command(), m_form(form), m_type(type)
{
for(TQWidget *w = list.first(); w; w = list.next())
{
if(w->parentWidget() && w->parentWidget()->isA("TQWidgetStack"))
{
w = w->parentWidget(); // widget is WidgetStack page
if(w->parentWidget() && w->parentWidget()->inherits("TQTabWidget")) // widget is tabwidget page
w = w->parentWidget();
}
m_sizes.insert(w->name(), w->size());
if(m_type == SizeToGrid) // SizeToGrid also move widgets
m_pos.insert(w->name(), w->pos());
}
}
void
AdjustSizeCommand::execute()
{
// To avoid creation of GeometryPropertyCommand
m_form->selectFormWidget();
int gridX = m_form->gridSize();
int gridY = m_form->gridSize();
int tmpw=0, tmph=0;
WidgetList list;
TQMap<TQCString, TQSize>::ConstIterator endIt = m_sizes.constEnd();
for(TQMap<TQCString, TQSize>::ConstIterator it = m_sizes.constBegin(); it != endIt; ++it)
{
ObjectTreeItem *item = m_form->objectTree()->lookup(it.key());
if(item && item->widget())
list.append(item->widget());
}
switch(m_type)
{
case SizeToGrid:
{
int tmpx=0, tmpy=0;
// same as in 'Align to Grid' + for the size
for(TQWidget *w = list.first(); w; w = list.next())
{
tmpx = int( (float)w->x() / ((float)gridX) + 0.5 ) * gridX;
tmpy = int( (float)w->y() / ((float)gridY) + 0.5 ) * gridY;
tmpw = int( (float)w->width() / ((float)gridX) + 0.5 ) * gridX;
tmph = int( (float)w->height() / ((float)gridY) + 0.5 ) * gridY;
if((tmpx != w->x()) || (tmpy != w->y()))
w->move(tmpx, tmpy);
if((tmpw != w->width()) || (tmph != w->height()))
w->resize(tmpw, tmph);
}
break;
}
case SizeToFit:
{
for(TQWidget *w = list.first(); w; w = list.next()) {
ObjectTreeItem *item = m_form->objectTree()->lookup(w->name());
if(item && !item->children()->isEmpty()) { // container
TQSize s;
if(item->container() && item->container()->layout())
s = w->sizeHint();
else
s = getSizeFromChildren(item);
// minimum size for containers
if(s.width() < 30)
s.setWidth(30);
if(s.height() < 30)
s.setHeight(30);
// small hack for flow layouts
int type = item->container() ? item->container()->layoutType() : Container::NoLayout;
if(type == Container::HFlow)
s.setWidth(s.width() + 5);
else if(type == Container::VFlow)
s.setHeight(s.height() + 5);
w->resize(s);
}
else if(item && item->container()) // empty container
w->resize(item->container()->form()->gridSize() * 5, item->container()->form()->gridSize() * 5); // basic size
else {
TQSize sizeHint(w->sizeHint());
if (sizeHint.isValid())
w->resize(sizeHint);
}
}
break;
}
case SizeToSmallWidth:
{
for(TQWidget *w = list.first(); w; w = list.next())
{
if((tmpw == 0) || (w->width() < tmpw))
tmpw = w->width();
}
for(TQWidget *w = list.first(); w; w = list.next())
{
if(tmpw != w->width())
w->resize(tmpw, w->height());
}
break;
}
case SizeToBigWidth:
{
for(TQWidget *w = list.first(); w; w = list.next())
{
if(w->width() > tmpw)
tmpw = w->width();
}
for(TQWidget *w = list.first(); w; w = list.next())
{
if(tmpw != w->width())
w->resize(tmpw, w->height());
}
break;
}
case SizeToSmallHeight:
{
for(TQWidget *w = list.first(); w; w = list.next())
{
if((tmph == 0) || (w->height() < tmph))
tmph = w->height();
}
for(TQWidget *w = list.first(); w; w = list.next())
{
if(tmph != w->height())
w->resize(w->width(), tmph);
}
break;
}
case SizeToBigHeight:
{
for(TQWidget *w = list.first(); w; w = list.next())
{
if(w->height() > tmph)
tmph = w->height();
}
for(TQWidget *w = list.first(); w; w = list.next())
{
if(tmph != w->height())
w->resize(w->width(), tmph);
}
break;
}
default:
break;
}
// We restore selection
for(TQWidget *w = list.first(); w; w = list.next())
m_form->setSelectedWidget(w, true);
}
TQSize
AdjustSizeCommand::getSizeFromChildren(ObjectTreeItem *item)
{
if(!item->container()) // multi pages containers (eg tabwidget)
{
TQSize s;
// get size for each container, and keep the biggest one
for(ObjectTreeItem *tree = item->children()->first(); tree; tree = item->children()->next())
s = s.expandedTo(getSizeFromChildren(tree));
return s;
}
int tmpw = 0, tmph = 0;
for(ObjectTreeItem *tree = item->children()->first(); tree; tree = item->children()->next()) {
if(!tree->widget())
continue;
tmpw = TQMAX(tmpw, tree->widget()->geometry().right());
tmph = TQMAX(tmph, tree->widget()->geometry().bottom());
}
return TQSize(tmpw, tmph) + TQSize(10, 10);
}
void
AdjustSizeCommand::unexecute()
{
// To avoid creation of GeometryPropertyCommand
m_form->selectFormWidget();
// We resize widgets to their original size
TQMap<TQCString, TQSize>::ConstIterator endIt = m_sizes.constEnd();
for(TQMap<TQCString, TQSize>::ConstIterator it = m_sizes.constBegin(); it != endIt; ++it)
{
ObjectTreeItem *item = m_form->objectTree()->lookup(it.key());
if(item && item->widget())
{
item->widget()->resize( m_sizes[item->widget()->name()] );
if(m_type == SizeToGrid)
item->widget()->move( m_pos[item->widget()->name()] );
m_form->setSelectedWidget(item->widget(), true); // We restore selection
}
}
}
TQString
AdjustSizeCommand::name() const
{
switch(m_type)
{
case SizeToGrid:
return i18n("Resize Widgets to Grid");
case SizeToFit:
return i18n("Resize Widgets to Fit Contents");
case SizeToSmallWidth:
return i18n("Resize Widgets to Narrowest");
case SizeToBigWidth:
return i18n("Resize Widgets to Widest");
case SizeToSmallHeight:
return i18n("Resize Widgets to Shortest");
case SizeToBigHeight:
return i18n("Resize Widgets to Tallest");
default:
return TQString();
}
}
void
AdjustSizeCommand::debug()
{
kdDebug() << "AdjustSizeCommand: name=\"" << name() << "\" form=" << m_form->widget()->name()
<< " widgets=" << m_sizes.keys() << endl;
}
// LayoutPropertyCommand
LayoutPropertyCommand::LayoutPropertyCommand(WidgetPropertySet *buf, const TQCString &wname,
const TQVariant &oldValue, const TQVariant &value)
: PropertyCommand(buf, wname, oldValue, value, "layout")
{
m_form = FormManager::self()->activeForm();
ObjectTreeItem* titem = m_form->objectTree()->lookup(wname);
if (!titem)
return; //better this than a crash
Container *m_container = titem->container();
// We save the geometry of each wigdet
for(ObjectTreeItem *it = m_container->objectTree()->children()->first(); it; it = m_container->objectTree()->children()->next())
m_geometries.insert(it->name().latin1(), it->widget()->geometry());
}
void
LayoutPropertyCommand::execute()
{
PropertyCommand::execute();
}
void
LayoutPropertyCommand::unexecute()
{
ObjectTreeItem* titem = m_form->objectTree()->lookup(m_oldvalues.begin().key());
if (!titem)
return; //better this than a crash
Container *m_container = titem->container();
m_container->setLayout(Container::NoLayout);
// We put every widget back in its old location
TQMap<TQCString,TQRect>::ConstIterator endIt = m_geometries.constEnd();
for(TQMap<TQCString,TQRect>::ConstIterator it = m_geometries.constBegin(); it != endIt; ++it)
{
ObjectTreeItem *tree = m_container->form()->objectTree()->lookup(it.key());
if(tree)
tree->widget()->setGeometry(it.data());
}
PropertyCommand::unexecute();
}
TQString
LayoutPropertyCommand::name() const
{
return i18n("Change layout of widget \"%1\"").arg(TQString(m_oldvalues.begin().key()));
}
void
LayoutPropertyCommand::debug()
{
kdDebug() << "LayoutPropertyCommand: name=\"" << name() << "\" oldValue=" << m_oldvalues.keys()
<< " value=" << m_value << endl;
}
// InsertWidgetCommand
InsertWidgetCommand::InsertWidgetCommand(Container *container)
: Command()
{
m_containername = container->widget()->name();
m_form = container->form();
m_class = FormManager::self()->selectedClass();
m_insertRect = container->m_insertRect;
m_point = container->m_insertBegin;
m_name = container->form()->objectTree()->generateUniqueName(
container->form()->library()->namePrefix(m_class).latin1(),
/*!numberSuffixRequired*/false);
}
InsertWidgetCommand::InsertWidgetCommand(Container *container,
const TQCString& className, const TQPoint& pos, const TQCString& namePrefix)
: Command()
{
m_containername = container->widget()->name();
m_form = container->form();
m_class = className;
//m_insertRect is null (default)
m_point = pos;
if (namePrefix.isEmpty()) {
m_name = container->form()->objectTree()->generateUniqueName(
container->form()->library()->namePrefix(m_class).latin1() );
}
else {
m_name = container->form()->objectTree()->generateUniqueName(
namePrefix, false /*!numberSuffixRequired*/ );
}
}
void
InsertWidgetCommand::execute()
{
if (!m_form->objectTree())
return;
ObjectTreeItem* titem = m_form->objectTree()->lookup(m_containername);
if (!titem)
return; //better this than a crash
Container *m_container = titem->container();
int options = WidgetFactory::DesignViewMode | WidgetFactory::AnyOrientation;
if (m_container->form()->library()->internalProperty(m_class, "orientationSelectionPopup")=="1") {
if(m_insertRect.isValid()) {
if (m_insertRect.width() < m_insertRect.height()) {
options |= WidgetFactory::VerticalOrientation;
options ^= WidgetFactory::AnyOrientation;
}
else if (m_insertRect.width() > m_insertRect.height()) {
options |= WidgetFactory::HorizontalOrientation;
options ^= WidgetFactory::AnyOrientation;
}
}
if (options & WidgetFactory::AnyOrientation) {
options ^= WidgetFactory::AnyOrientation;
options |= m_container->form()->library()->showOrientationSelectionPopup(
m_class, m_container->m_container,
m_container->form()->widget()->mapToGlobal(m_point));
if (options & WidgetFactory::AnyOrientation)
return; //cancelled
}
}
else
options |= WidgetFactory::AnyOrientation;
TQWidget *w = m_container->form()->library()->createWidget(m_class, m_container->m_container, m_name,
m_container, options);
if(!w) {
FormManager::self()->stopInsert();
WidgetInfo *winfo = m_container->form()->library()->widgetInfoForClassName(m_class);
KMessageBox::sorry(FormManager::self()->activeForm() ? FormManager::self()->activeForm()->widget() : 0,
i18n("Could not insert widget of type \"%1\". A problem with widget's creation encountered.")
.arg(winfo ? winfo->name() : TQString()));
kdWarning() << "InsertWidgetCommand::execute() ERROR: widget creation failed" << endl;
return;
}
#if TDE_VERSION >= TDE_MAKE_VERSION(3,4,0)
//! @todo allow setting this for data view mode as well
if (m_form->designMode()) {
//don't generate accelerators for widgets in design mode
TDEAcceleratorManager::setNoAccel(w);
}
#endif
// if the insertRect is invalid (ie only one point), we use widget' size hint
if(( (m_insertRect.width() < 21) && (m_insertRect.height() < 21)))
{
TQSize s = w->sizeHint();
if(s.isEmpty())
s = TQSize(20, 20); // Minimum size to avoid creating a (0,0) widget
int x, y;
if(m_insertRect.isValid())
{
x = m_insertRect.x();
y = m_insertRect.y();
}
else
{
x = m_point.x();
y = m_point.y();
}
m_insertRect = TQRect(x, y, s.width() + 16/* add some space so more text can be entered*/,
s.height());
}
w->move(m_insertRect.x(), m_insertRect.y());
w->resize(m_insertRect.width()-1, m_insertRect.height()-1); // -1 is not to hide dots
w->setStyle(&(m_container->widget()->style()));
w->setBackgroundOrigin(TQWidget::ParentOrigin);
w->show();
FormManager::self()->stopInsert();
// ObjectTreeItem object already exists for widgets which corresponds to a Container
// it's already created in Container's constructor
ObjectTreeItem *item = m_container->form()->objectTree()->lookup(m_name);
if (!item) { //not yet created...
m_container->form()->objectTree()->addItem(m_container->m_tree,
item = new ObjectTreeItem(m_container->form()->library()->displayName(m_class), m_name, w, m_container)
);
}
//assign item for its widget if it supports DesignTimeDynamicChildWidgetHandler interface
//(e.g. KexiDBAutoField)
if (m_form->designMode() && dynamic_cast<DesignTimeDynamicChildWidgetHandler*>(w)) {
dynamic_cast<DesignTimeDynamicChildWidgetHandler*>(w)->assignItem(item);
}
// We add the autoSaveProperties in the modifProp list of the ObjectTreeItem, so that they are saved later
TQValueList<TQCString> list(m_container->form()->library()->autoSaveProperties(w->className()));
TQValueList<TQCString>::ConstIterator endIt = list.constEnd();
for(TQValueList<TQCString>::ConstIterator it = list.constBegin(); it != endIt; ++it)
item->addModifiedProperty(*it, w->property(*it));
m_container->reloadLayout(); // reload the layout to take the new wigdet into account
m_container->setSelectedWidget(w, false);
if (m_container->form()->library()->internalProperty(w->className(),
"dontStartEditingOnInserting").isEmpty())
{
m_container->form()->library()->startEditing(
w->className(), w, item->container() ? item->container() : m_container); // we edit the widget on creation
}
//! @todo update widget's width for entered text's metrics
kdDebug() << "Container::eventFilter(): widget added " << this << endl;
}
void
InsertWidgetCommand::unexecute()
{
ObjectTreeItem* titem = m_form->objectTree()->lookup(m_name);
if (!titem)
return; //better this than a crash
TQWidget *m_widget = titem->widget();
Container *m_container = m_form->objectTree()->lookup(m_containername)->container();
m_container->deleteWidget(m_widget);
}
TQString
InsertWidgetCommand::name() const
{
if(!m_name.isEmpty())
return i18n("Insert widget \"%1\"").arg(TQString(m_name));
else
return i18n("Insert widget");
}
void
InsertWidgetCommand::debug()
{
kdDebug() << "InsertWidgetCommand: name=\"" << name() << "\" generatedName=" << m_name
<< " container=" << m_containername
<< " form=" << m_form->widget()->name() << " class=" << m_class
<< " rect=" << m_insertRect << " pos=" << m_point << endl;
}
/// CreateLayoutCommand ///////////////
CreateLayoutCommand::CreateLayoutCommand(int layoutType, WidgetList &list, Form *form)
: m_form(form), m_type(layoutType)
{
WidgetList *m_list=0;
switch(layoutType)
{
case Container::HBox:
case Container::Grid:
case Container::HSplitter:
case Container::HFlow:
m_list = new HorWidgetList(form->toplevelContainer()->widget()); break;
case Container::VBox:
case Container::VSplitter:
case Container::VFlow:
m_list = new VerWidgetList(form->toplevelContainer()->widget()); break;
}
for(TQWidget *w = list.first(); w; w = list.next())
m_list->append(w);
m_list->sort(); // we sort them now, before creating the layout
for(TQWidget *w = m_list->first(); w; w = m_list->next())
m_pos.insert(w->name(), w->geometry());
ObjectTreeItem *item = form->objectTree()->lookup(m_list->first()->name());
if(item && item->parent()->container())
m_containername = item->parent()->name();
delete m_list;
}
void
CreateLayoutCommand::execute()
{
WidgetLibrary *lib = m_form->library();
if(!lib)
return;
ObjectTreeItem* titem = m_form->objectTree()->lookup(m_containername);
Container *container = titem ? titem->container() : 0;
if(!container)
container = m_form->toplevelContainer(); // use toplevelContainer by default
TQCString classname;
switch(m_type) {
case Container::HSplitter: case Container::VSplitter:
classname = "TQSplitter"; break;
default:
classname = Container::layoutTypeToString(m_type).latin1();
}
if(m_name.isEmpty())// the name must be generated only once
m_name = m_form->objectTree()->generateUniqueName(classname);
TQWidget *w = lib->createWidget(classname, container->widget(), m_name.latin1(), container);
#if TDE_VERSION >= TDE_MAKE_VERSION(3,4,0)
//! @todo allow setting this for data view mode as well
if (w) {
if (m_form->designMode()) {
//don't generate accelerators for widgets in design mode
TDEAcceleratorManager::setNoAccel(w);
}
}
#endif
ObjectTreeItem *tree = w ? m_form->objectTree()->lookup(w->name()) : 0;
if(!tree)
return;
container->setSelectedWidget(0, false);
w->move(m_pos.begin().data().topLeft()); // we move the layout at the position of the topleft widget
// sizeHint of these widgets depends on geometry, so give them appropriate geometry
if(m_type == Container::HFlow)
w->resize( TQSize(700, 20) );
else if(m_type == Container::VFlow)
w->resize( TQSize(20, 700));
w->show();
// We reparent every widget to the Layout and insert them into it
TQMap<TQCString,TQRect>::ConstIterator endIt = m_pos.constEnd();
for(TQMap<TQCString,TQRect>::ConstIterator it = m_pos.constBegin(); it != endIt; ++it)
{
ObjectTreeItem *item = m_form->objectTree()->lookup(it.key());
if(item && item->widget())
{
item->widget()->reparent(w, item->widget()->pos(), true);
item->eventEater()->setContainer(tree->container());
m_form->objectTree()->reparent(item->name(), m_name);
}
}
if(m_type == Container::HSplitter)
((TQSplitter*)w)->setOrientation(TQt::Horizontal);
else if(m_type == Container::VSplitter)
((TQSplitter*)w)->setOrientation(TQt::Vertical);
else if(tree->container()) {
tree->container()->setLayout((Container::LayoutType)m_type);
w->resize(tree->container()->layout()->sizeHint()); // the layout doesn't have its own size
}
container->setSelectedWidget(w, false);
FormManager::self()->windowChanged(m_form->widget()); // to reload the ObjectTreeView
}
void
CreateLayoutCommand::unexecute()
{
ObjectTreeItem *parent = m_form->objectTree()->lookup(m_containername);
if(!parent)
parent = m_form->objectTree();
// We reparent every widget to the Container and take them out of the layout
TQMap<TQCString,TQRect>::ConstIterator endIt = m_pos.constEnd();
for(TQMap<TQCString,TQRect>::ConstIterator it = m_pos.constBegin(); it != endIt; ++it)
{
ObjectTreeItem *item = m_form->objectTree()->lookup(it.key());
if(item && item->widget())
{
item->widget()->reparent(parent->widget(), TQPoint(0,0), true);
item->eventEater()->setContainer(parent->container());
if(m_pos[it.key()].isValid())
item->widget()->setGeometry(m_pos[it.key()]);
m_form->objectTree()->reparent(item->name(), m_containername);
}
}
if(!parent->container())
return;
ObjectTreeItem* titem = m_form->objectTree()->lookup(m_name);
if (!titem)
return; //better this than a crash
TQWidget *w = titem->widget();
parent->container()->deleteWidget(w); // delete the layout widget
FormManager::self()->windowChanged(m_form->widget()); // to reload ObjectTreeView
}
TQString
CreateLayoutCommand::name() const
{
switch(m_type)
{
case Container::HBox:
return i18n("Group Widgets Horizontally");
case Container::VBox:
return i18n("Group Widgets Vertically");
case Container::Grid:
return i18n("Group Widgets in a Grid");
case Container::HSplitter:
return i18n("Group Widgets Horizontally in a Splitter");
case Container::VSplitter:
return i18n("Group Widgets Vertically in a Splitter");
case Container::HFlow:
return i18n("Group Widgets By Rows");
case Container::VFlow:
return i18n("Group Widgets Vertically By Columns");
default:
return i18n("Group widgets");
}
}
void
CreateLayoutCommand::debug()
{
kdDebug() << "CreateLayoutCommand: name=\"" << name() << "\" generatedName=" << m_name
<< " widgets=" << m_pos.keys() << " container=" << m_containername
<< " form=" << m_form->widget()->name() << endl;
}
/// BreakLayoutCommand ///////////////
BreakLayoutCommand::BreakLayoutCommand(Container *container)
: CreateLayoutCommand()
{
m_containername = container->toplevel()->widget()->name();
m_name = container->widget()->name();
m_form = container->form();
m_type = container->layoutType();
for(ObjectTreeItem *tree = container->objectTree()->children()->first(); tree; tree = container->objectTree()->children()->next())
{
TQRect r(container->widget()->mapTo(container->widget()->parentWidget(), tree->widget()->pos()), tree->widget()->size());
m_pos.insert(tree->widget()->name(), r);
}
}
void
BreakLayoutCommand::execute()
{
CreateLayoutCommand::unexecute();
}
void
BreakLayoutCommand::unexecute()
{
CreateLayoutCommand::execute();
}
TQString
BreakLayoutCommand::name() const
{
return i18n("Break Layout: \"%1\"").arg(m_name);
}
void
BreakLayoutCommand::debug()
{
kdDebug() << "BreakLayoutCommand: name=\"" << name()
<< " widgets=" << m_pos.keys() << " container=" << m_containername
<< " form=" << m_form->widget()->name() << endl;
}
// PasteWidgetCommand
PasteWidgetCommand::PasteWidgetCommand(TQDomDocument &domDoc, Container *container, const TQPoint& p)
: m_point(p)
{
m_data = domDoc.toCString();
m_containername = container->widget()->name();
m_form = container->form();
if(domDoc.namedItem("UI").firstChild().nextSibling().toElement().tagName() != "widget")
return;
TQRect boundingRect;
for(TQDomNode n = domDoc.namedItem("UI").firstChild(); !n.isNull(); n = n.nextSibling()) // more than one widget
{
if(n.toElement().tagName() != "widget")
continue;
TQDomElement el = n.toElement();
TQDomElement rect;
for(TQDomNode n = el.firstChild(); !n.isNull(); n = n.nextSibling())
{
if((n.toElement().tagName() == "property") && (n.toElement().attribute("name") == "geometry"))
rect = n.firstChild().toElement();
}
TQDomElement x = rect.namedItem("x").toElement();
TQDomElement y = rect.namedItem("y").toElement();
TQDomElement wi = rect.namedItem("width").toElement();
TQDomElement h = rect.namedItem("height").toElement();
int rx = x.text().toInt();
int ry = y.text().toInt();
int rw = wi.text().toInt();
int rh = h.text().toInt();
TQRect r(rx, ry, rw, rh);
boundingRect = boundingRect.unite(r);
}
m_point = m_point - boundingRect.topLeft();
}
void
PasteWidgetCommand::execute()
{
ObjectTreeItem* titem = m_form->objectTree()->lookup(m_containername);
if (!titem)
return; //better this than a crash
Container *container = titem->container();
TQString errMsg;
int errLine;
int errCol;
TQDomDocument domDoc("UI");
bool parsed = domDoc.setContent(m_data, false, &errMsg, &errLine, &errCol);
if(!parsed)
{
kdDebug() << "WidgetWatcher::load(): " << errMsg << endl;
kdDebug() << "WidgetWatcher::load(): line: " << errLine << " col: " << errCol << endl;
return;
}
//FormIO::setCurrentForm(m_container->form());
kdDebug() << domDoc.toString() << endl;
if(!domDoc.namedItem("UI").hasChildNodes()) // nothing in the doc
return;
if(domDoc.namedItem("UI").firstChild().nextSibling().toElement().tagName() != "widget") // only one widget, so we can paste it at cursor pos
{
TQDomElement el = domDoc.namedItem("UI").firstChild().toElement();
fixNames(el);
if(m_point.isNull())
fixPos(el, container);
else
changePos(el, m_point);
m_form->setInteractiveMode(false);
FormIO::loadWidget(container, el);
m_form->setInteractiveMode(true);
}
else for(TQDomNode n = domDoc.namedItem("UI").firstChild(); !n.isNull(); n = n.nextSibling()) // more than one widget
{
if(n.toElement().tagName() != "widget")
continue;
TQDomElement el = n.toElement();
fixNames(el);
if(!m_point.isNull())
moveWidgetBy(el, container, m_point);
else {
fixPos(el, container);
kdDebug() << "jdkjfldfksmfkdfjmqdsklfjdkkfmsqfksdfsm" << endl;
}
m_form->setInteractiveMode(false);
FormIO::loadWidget(container, el);
m_form->setInteractiveMode(true);
}
//FormIO::setCurrentForm(0);
m_names.clear();
// We store the names of all the created widgets, to delete them later
for(TQDomNode n = domDoc.namedItem("UI").firstChild(); !n.isNull(); n = n.nextSibling())
{
if(n.toElement().tagName() != "widget")
continue;
for(TQDomNode m = n.firstChild(); !m.isNull(); n = m.nextSibling())
{
if((m.toElement().tagName() == "property") && (m.toElement().attribute("name") == "name"))
{
m_names.append(m.toElement().text());
break;
}
}
}
container->form()->selectFormWidget();
TQStringList::ConstIterator endIt = m_names.constEnd();
for(TQStringList::ConstIterator it = m_names.constBegin(); it != endIt; ++it) // We select all the pasted widgets
{
ObjectTreeItem *item = m_form->objectTree()->lookup(*it);
if(item)
container->setSelectedWidget(item->widget(), true);
}
}
void
PasteWidgetCommand::unexecute()
{
ObjectTreeItem* titem = m_form->objectTree()->lookup(m_containername);
if (!titem)
return; //better this than a crash
Container *container = titem->container();
// We just delete all the widgets we have created
TQStringList::ConstIterator endIt = m_names.constEnd();
for(TQStringList::ConstIterator it = m_names.constBegin(); it != endIt; ++it)
{
ObjectTreeItem* titem = container->form()->objectTree()->lookup(*it);
if (!titem)
continue; //better this than a crash
TQWidget *w = titem->widget();
container->deleteWidget(w);
}
}
TQString
PasteWidgetCommand::name() const
{
return i18n("Paste");
}
void
//TQDomElement
PasteWidgetCommand::changePos(TQDomElement &el, const TQPoint &newpos)
{
//TQDomElement el = widg.cloneNode(true).toElement();
TQDomElement rect;
// Find the widget geometry if there is one
for(TQDomNode n = el.firstChild(); !n.isNull(); n = n.nextSibling())
{
if((n.toElement().tagName() == "property") && (n.toElement().attribute("name") == "geometry"))
rect = n.firstChild().toElement();
}
TQDomElement x = rect.namedItem("x").toElement();
x.removeChild(x.firstChild());
TQDomText valueX = el.ownerDocument().createTextNode(TQString::number(newpos.x()));
x.appendChild(valueX);
TQDomElement y = rect.namedItem("y").toElement();
y.removeChild(y.firstChild());
TQDomText valueY = el.ownerDocument().createTextNode(TQString::number(newpos.y()));
y.appendChild(valueY);
//return el;
}
void
PasteWidgetCommand::fixPos(TQDomElement &el, Container *container)
{
/* TQDomElement rect;
for(TQDomNode n = el.firstChild(); !n.isNull(); n = n.nextSibling())
{
if((n.toElement().tagName() == "property") && (n.toElement().attribute("name") == "geometry"))
rect = n.firstChild().toElement();
}
TQDomElement x = rect.namedItem("x").toElement();
TQDomElement y = rect.namedItem("y").toElement();
TQDomElement wi = rect.namedItem("width").toElement();
TQDomElement h = rect.namedItem("height").toElement();
int rx = x.text().toInt();
int ry = y.text().toInt();
int rw = wi.text().toInt();
int rh = h.text().toInt();
TQRect r(rx, ry, rw, rh);
TQWidget *w = m_form->widget()->childAt(r.x() + 6, r.y() + 6, false);
if(!w)
return;
while((w->geometry() == r) && (w != 0))// there is already a widget there, with the same size
{
w = m_form->widget()->childAt(w->x() + 16, w->y() + 16, false);
r.moveBy(10,10);
}
// the pasted wigdet should stay inside container's boundaries
if(r.x() < 0)
r.moveLeft(0);
else if(r.right() > container->widget()->width())
r.moveLeft(container->widget()->width() - r.width());
if(r.y() < 0)
r.moveTop(0);
else if(r.bottom() > container->widget()->height())
r.moveTop(container->widget()->height() - r.height());
if(r != TQRect(rx, ry, rw, rh))
//return el;
//else
changePos(el, TQPoint(r.x(), r.y()));
*/
moveWidgetBy(el, container, TQPoint(0, 0));
}
void
PasteWidgetCommand::moveWidgetBy(TQDomElement &el, Container *container, const TQPoint &p)
{
TQDomElement rect;
for(TQDomNode n = el.firstChild(); !n.isNull(); n = n.nextSibling())
{
if((n.toElement().tagName() == "property") && (n.toElement().attribute("name") == "geometry"))
rect = n.firstChild().toElement();
}
TQDomElement x = rect.namedItem("x").toElement();
TQDomElement y = rect.namedItem("y").toElement();
TQDomElement wi = rect.namedItem("width").toElement();
TQDomElement h = rect.namedItem("height").toElement();
int rx = x.text().toInt();
int ry = y.text().toInt();
int rw = wi.text().toInt();
int rh = h.text().toInt();
TQRect r(rx + p.x(), ry + p.y(), rw, rh);
kdDebug() << "Moving widget by " << p << " from " << rx << " " << ry << " to " << r.topLeft() << endl;
TQWidget *w = m_form->widget()->childAt(r.x() + 6, r.y() + 6, false);
while(w && (w->geometry() == r))// there is already a widget there, with the same size
{
w = m_form->widget()->childAt(w->x() + 16, w->y() + 16, false);
r.moveBy(10,10);
}
// the pasted wigdet should stay inside container's boundaries
if(r.x() < 0)
r.moveLeft(0);
else if(r.right() > container->widget()->width())
r.moveLeft(container->widget()->width() - r.width());
if(r.y() < 0)
r.moveTop(0);
else if(r.bottom() > container->widget()->height())
r.moveTop(container->widget()->height() - r.height());
if(r != TQRect(rx, ry, rw, rh))
//return el;
//else
changePos(el, TQPoint(r.x(), r.y()));
}
void
PasteWidgetCommand::fixNames(TQDomElement &el)
{
TQString wname;
for(TQDomNode n = el.firstChild(); !n.isNull(); n = n.nextSibling())
{
if((n.toElement().tagName() == "property") && (n.toElement().attribute("name") == "name"))
{
wname = n.toElement().text();
while(m_form->objectTree()->lookup(wname)) // name already exists
{
bool ok;
int num = wname.right(1).toInt(&ok, 10);
if(ok)
wname = wname.left(wname.length()-1) + TQString::number(num+1);
else
wname += "2";
}
if(wname != n.toElement().text()) // we change the name, so we recreate the element
{
n.removeChild(n.firstChild());
TQDomElement type = el.ownerDocument().createElement("string");
TQDomText valueE = el.ownerDocument().createTextNode(wname);
type.appendChild(valueE);
n.toElement().appendChild(type);
}
}
if(n.toElement().tagName() == "widget") // fix child widgets names
{
TQDomElement child = n.toElement();
fixNames(child);
}
}
}
void
PasteWidgetCommand::debug()
{
kdDebug() << "PasteWidgetCommand: pos=" << m_point
<< " widgets=" << m_names << " container=" << m_containername
<< " form=" << m_form->widget()->name()
<< " data=\"" << m_data.left(80) << "...\"" << endl;
}
// DeleteWidgetCommand
DeleteWidgetCommand::DeleteWidgetCommand(WidgetList &list, Form *form)
: Command(), m_form(form)
{
m_domDoc = TQDomDocument("UI");
m_domDoc.appendChild(m_domDoc.createElement("UI"));
TQDomElement parent = m_domDoc.namedItem("UI").toElement();
//for(TQWidget *w = list.first(); w; w = list.next())
/*for(WidgetListIterator it(list); it.current() != 0; ++it)
{
TQWidget *w = it.current();
// Don't delete tabwidget or widgetstack pages
if(w->parentWidget()->inherits("TQWidgetStack"))
{
list.remove(w);
continue;
}
}*/
removeChildrenFromList(list);
for(WidgetListIterator it(list); it.current() != 0; ++it)
{
ObjectTreeItem *item = m_form->objectTree()->lookup(it.current()->name());
if (!item)
return;
// We need to store both parentContainer and parentWidget as they may be different (eg for TabWidget page)
m_containers.insert(item->name().latin1(), m_form->parentContainer(item->widget())->widget()->name());
m_parents.insert(item->name().latin1(), item->parent()->name().latin1());
FormIO::saveWidget(item, parent, m_domDoc);
form->connectionBuffer()->saveAllConnectionsForWidget(item->widget()->name(), m_domDoc);
}
FormIO::cleanClipboard(parent);
}
void
DeleteWidgetCommand::execute()
{
Container *containerToSelect = 0;
TQMap<TQCString,TQCString>::ConstIterator endIt = m_containers.constEnd();
for(TQMap<TQCString,TQCString>::ConstIterator it = m_containers.constBegin(); it != endIt; ++it)
{
ObjectTreeItem *item = m_form->objectTree()->lookup(it.key());
if (!item || !item->widget())
continue;
Container *cont = m_form->parentContainer(item->widget());
if (!containerToSelect)
containerToSelect = cont;
cont->deleteWidget(item->widget());
}
//now we've nothing selecte: select parent container
if (containerToSelect)
m_form->setSelectedWidget( containerToSelect->widget() );
}
void
DeleteWidgetCommand::unexecute()
{
TQCString wname;
m_form->setInteractiveMode(false);
for(TQDomNode n = m_domDoc.namedItem("UI").firstChild(); !n.isNull(); n = n.nextSibling())
{
if(n.toElement().tagName() == "connections") // restore the widget connections
m_form->connectionBuffer()->load(n);
if(n.toElement().tagName() != "widget")
continue;
// We need first to know the name of the widget
for(TQDomNode m = n.firstChild(); !m.isNull(); n = m.nextSibling())
{
if((m.toElement().tagName() == "property") && (m.toElement().attribute("name") == "name"))
{
wname = m.toElement().text().latin1();
break;
}
}
ObjectTreeItem* titem = m_form->objectTree()->lookup(m_containers[wname]);
if (!titem)
return; //better this than a crash
Container *cont = titem->container();
ObjectTreeItem *parent = m_form->objectTree()->lookup(m_parents[wname]);
TQDomElement widg = n.toElement();
if(parent)
FormIO::loadWidget(cont, widg, parent->widget());
else
FormIO::loadWidget(cont, widg);
}
m_form->setInteractiveMode(true);
}
TQString
DeleteWidgetCommand::name() const
{
return i18n("Delete widget");
}
void
DeleteWidgetCommand::debug()
{
kdDebug() << "DeleteWidgetCommand: containers=" << m_containers.keys()
<< " parents=" << m_parents.keys() << " form=" << m_form->widget()->name() << endl;
}
// CutWidgetCommand
CutWidgetCommand::CutWidgetCommand(WidgetList &list, Form *form)
: DeleteWidgetCommand(list, form)
{}
void
CutWidgetCommand::execute()
{
DeleteWidgetCommand::execute();
m_data = FormManager::self()->m_domDoc.toCString();
FormManager::self()->m_domDoc.setContent(m_domDoc.toCString());
}
void
CutWidgetCommand::unexecute()
{
DeleteWidgetCommand::unexecute();
FormManager::self()->m_domDoc.setContent(m_data);
}
TQString
CutWidgetCommand::name() const
{
return i18n("Cut");
}
void
CutWidgetCommand::debug()
{
kdDebug() << "CutWidgetCommand: containers=" << m_containers.keys()
<< " parents=" << m_parents.keys() << " form=" << m_form->widget()->name()
<< " data=\"" << m_data.left(80) << "...\"" << endl;
}
// CommandGroup
namespace KFormDesigner {
class CommandGroup::SubCommands : public KMacroCommand
{
public:
SubCommands( const TQString & name )
: KMacroCommand(name)
{
}
const TQPtrList<KCommand>& commands() const { return m_commands; }
};
}
CommandGroup::CommandGroup( const TQString & name, WidgetPropertySet *propSet )
: Command()
, m_subCommands(new SubCommands(name))
, m_propSet(propSet)
{
}
CommandGroup::~CommandGroup()
{
delete m_subCommands;
}
const TQPtrList<KCommand>& CommandGroup::commands() const
{
return m_subCommands->commands();
}
void CommandGroup::addCommand(KCommand *command, bool allowExecute)
{
if (!command)
return;
m_subCommands->addCommand(command);
if (!allowExecute)
m_commandsShouldntBeExecuted.insert(command, (char*)1);
}
void CommandGroup::execute()
{
FormManager::self()->blockPropertyEditorUpdating(this);
for (TQPtrListIterator<KCommand> it(m_subCommands->commands()); it.current(); ++it) {
if (!m_commandsShouldntBeExecuted[it.current()])
it.current()->execute();
}
FormManager::self()->unblockPropertyEditorUpdating(this, m_propSet);
}
void CommandGroup::unexecute()
{
FormManager::self()->blockPropertyEditorUpdating(this);
m_subCommands->unexecute();
FormManager::self()->unblockPropertyEditorUpdating(this, m_propSet);
}
TQString CommandGroup::name() const
{
return m_subCommands->name();
}
void CommandGroup::resetAllowExecuteFlags()
{
m_commandsShouldntBeExecuted.clear();
}
void
CommandGroup::debug()
{
kdDebug() << "*CommandGroup: name=\"" << name() << "\" #=" << m_subCommands->commands().count() << endl;
uint i = 1;
for (TQPtrListIterator<KCommand> it(m_subCommands->commands()); it.current(); ++it, i++) {
kdDebug() << "#" << i << ":"
<< (m_commandsShouldntBeExecuted[it.current()] ? "!" : "") << "allowExecute:" << endl;
if (dynamic_cast<Command*>(it.current()))
dynamic_cast<Command*>(it.current())->debug();
else if (dynamic_cast<CommandGroup*>(it.current()))
dynamic_cast<CommandGroup*>(it.current())->debug();
else
kdDebug() << "(other KCommand)" << endl;
}
kdDebug() << "End of CommandGroup" << endl;
}