-rw-r--r-- | libopie2/opieui/big-screen/osplitter.cpp | 15 | ||||
-rw-r--r-- | libopie2/opieui/big-screen/owidgetstack.cpp | 1 |
2 files changed, 0 insertions, 16 deletions
diff --git a/libopie2/opieui/big-screen/osplitter.cpp b/libopie2/opieui/big-screen/osplitter.cpp index f50e7f0..78e919a 100644 --- a/libopie2/opieui/big-screen/osplitter.cpp +++ b/libopie2/opieui/big-screen/osplitter.cpp @@ -1,640 +1,625 @@ /* =. This file is part of the OPIE Project .=l. Copyright (c) 2003 hOlgAr <zecke@handhelds.org> .>+-= _;:, .> :=|. This library is free software; you can .> <`_, > . <= redistribute it and/or modify it under :`=1 )Y*s>-.-- : the terms of the GNU Library General Public .="- .-=="i, .._ License as published by the Free Software - . .-<_> .<> Foundation; either version 2 of the License, ._= =} : or (at your option) any later version. .%`+i> _;_. .i_,=:_. -<s. 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., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #include "osplitter.h" /* OPIE */ #include <opie2/otabwidget.h> #include <opie2/odebug.h> /* QT */ #include <qvaluelist.h> #include <qvbox.h> using namespace Opie::Ui; using namespace Opie::Ui::Internal; /** * * This is the constructor of OSplitter * You might want to call setSizeChange to tell * OSplitter to change its layout when a specefic * mark was crossed. OSplitter sets a default value. * * You cann add widget with addWidget to the OSplitter. * OSplitter supports also grouping of Splitters where they * can share one OTabBar in small screen mode. This can be used * for email clients like vies but see the example. * * @param orient The orientation wether to layout horizontal or vertical * @param parent The parent of this widget * @param name The name passed on to QObject * @param fl Additional widgets flags passed to QWidget * * @short single c'tor of the OSplitter */ OSplitter::OSplitter( Orientation orient, QWidget* parent, const char* name, WFlags fl ) : QFrame( parent, name, fl ) { m_orient = orient; m_hbox = 0; m_size_policy = 330; setFontPropagation( AllChildren ); setPalettePropagation( AllChildren ); /* start by default with the tab widget */ m_tabWidget = 0; m_parentTab = 0; changeTab(); } /** * Destructor destructs this object and cleans up. All child * widgets will be deleted * @see addWidget */ OSplitter::~OSplitter() { - owarn << "Deleted Splitter" << oendl; m_splitter.setAutoDelete( true ); m_splitter.clear(); delete m_hbox; delete m_tabWidget; } /** * Sets the label for the Splitter. This label will be used * if a parent splitter is arranged as TabWidget but * this splitter is in fullscreen mode. Then a tab with OSplitter::label() * and iconName() gets added. * * @param name The name of the Label */ void OSplitter::setLabel( const QString& name ) { m_name = name; } /** * @see setLabel but this is for the icon retrieved by Resource * * @param name The name of the icon in example ( "zoom" ) */ void OSplitter::setIconName( const QString& name ) { m_icon = name; } /** * returns the iconName * @see setIconName */ QString OSplitter::iconName()const { return m_icon; } /** * returns the label set with setLabel * @see setLabel */ QString OSplitter::label()const { return m_name; } /** * This function sets the size change policy of the splitter. * If this size marked is crossed the splitter will relayout. * Note: that depending on the set Orientation it'll either look * at the width or height. * Note: If you want to from side to side view to tabbed view you need * to make sure that the size you supply is not smaller than the minimum * size of your added widgets. Note that if you use widgets like QComboBoxes * you need to teach them to accept smaller sizes as well @see QWidget::setSizePolicy * * @param width_height The mark that will be watched. Interpreted depending on the Orientation of the Splitter. * @return void */ void OSplitter::setSizeChange( int width_height ) { m_size_policy = width_height; QSize sz(width(), height() ); QResizeEvent ev(sz, sz ); resizeEvent(&ev); } /** * This functions allows to add another OSplitter and to share * the OTabBar in small screen mode. The ownerships gets transfered. * OSplitters are always added after normal widget items */ void OSplitter::addWidget( OSplitter* split ) { m_splitter.append( split ); /* * set tab widget */ if (m_tabWidget ) setTabWidget( m_parentTab ); else { OSplitterContainer con; con.widget =split; addToBox( con ); } } /* * If in a tab it should be removed * and if in a hbox the reparent kills it too */ /** * This removes the splitter again. You currently need to call this * before you delete or otherwise you can get mem corruption * or other weird behaviour. * Owner ship gets transfered back to you it's current parent * is 0 */ void OSplitter::removeWidget( OSplitter* split) { split->setTabWidget( 0 ); split->reparent( 0, 0, QPoint(0, 0) ); } /** * Adds a widget to the Splitter. The widgets gets inserted * at the end of either the Box or TabWidget. * Ownership gets transfered and the widgets gets reparented. * Note: icon and label is only available on small screensizes * if size is smaller than the mark * Warning: No null checking of the widget is done. Only on debug * a message will be outputtet * * @param wid The widget which will be added * @param icon The icon of the possible Tab * @param label The label of the possible Tab */ void OSplitter::addWidget( QWidget* wid, const QString& icon, const QString& label ) { #ifdef DEBUG if (!wid ) - { - owarn << "Widget is not valid!" << oendl; return; - } #endif OSplitterContainer cont; cont.widget = wid; cont.icon =icon; cont.name = label; m_container.append( cont ); /* * */ if (!m_splitter.isEmpty() && (m_tabWidget || m_parentTab ) ) setTabWidget( m_parentTab ); else { if (m_hbox ) addToBox( cont ); else addToTab( cont ); } } /** * Removes the widget from the tab widgets if necessary. * OSplitter drops ownership of this widget and the widget * will be reparented i tto 0. * The widget will not be deleted. * * @param w The widget to be removed */ void OSplitter::removeWidget( QWidget* w) { ContainerList::Iterator it; for ( it = m_container.begin(); it != m_container.end(); ++it ) if ( (*it).widget == w ) break; if (it == m_container.end() ) return; /* only tab needs to be removed.. box recognizes it */ if ( !m_hbox ) removeFromTab( w ); /* Find reparent it and remove it from our list */ w->reparent( 0, 0, QPoint(0, 0)); it = m_container.remove( it ); } /** * This method will give focus to the widget. If in a tabwidget * the tabbar will be changed * * @param w The widget which will be set the current one */ void OSplitter::setCurrentWidget( QWidget* w) { if (m_tabWidget ) m_tabWidget->setCurrentTab( w ); // else // m_hbox->setFocus( w ); } /** * This is an overloaded member function and only differs in the * argument it takes. * Searches list of widgets for label. It'll pick the first label it finds * * @param label Label to look for. First match will be taken */ void OSplitter::setCurrentWidget( const QString& label ) { ContainerList::Iterator it; for (it = m_container.begin(); it != m_container.end(); ++it ) { if ( (*it).name == label ) { setCurrentWidget( (*it).widget ); break; } } } /** * This will only work when the TabWidget is active * If everything is visible this signal is kindly ignored * @see OTabWidget::setCurrentTab(int) * * @param tab The tab to make current */ void OSplitter::setCurrentWidget( int tab ) { if (m_tabWidget ) m_tabWidget->setCurrentTab( tab ); } /** * return the currently activated widget if in tab widget mode * or null because all widgets are visible */ QWidget* OSplitter::currentWidget() const { if (m_tabWidget) return m_tabWidget->currentWidget(); else if (m_parentTab ) return m_parentTab->currentWidget(); return 0l; } /* wrong */ #if 0 /** * @reimplented for internal reasons * returns the sizeHint of one of its sub widgets */ QSize OSplitter::sizeHint()const { if (m_parentTab ) return QFrame::sizeHint(); if (m_hbox ) return m_hbox->sizeHint(); else return m_tabWidget->sizeHint(); } QSize OSplitter::minimumSizeHint()const { if (m_parentTab ) return QFrame::minimumSizeHint(); if (m_hbox) return m_hbox->sizeHint(); else return m_tabWidget->sizeHint(); } #endif /** * @reimplemented for internal reasons */ void OSplitter::resizeEvent( QResizeEvent* res ) { QFrame::resizeEvent( res ); /* * */ - // owarn << "Old size was width = " << res->oldSize().width() << " height = " << res->oldSize().height() << "" << oendl; bool mode = true; - owarn << "New size is width = " << res->size().width() << " height = " << res->size().height() << " " << name() << "" << oendl; if ( res->size().width() > m_size_policy && m_orient == Horizontal ) { changeHBox(); mode = false; } else if ( (res->size().width() <= m_size_policy && m_orient == Horizontal ) || (res->size().height() <= m_size_policy && m_orient == Vertical ) ) { changeTab(); } else if ( res->size().height() > m_size_policy && m_orient == Vertical ) { - owarn << "Changng to vbox " << name() << "" << oendl; changeVBox(); mode = false; } emit sizeChanged(mode, m_orient ); } /* * Adds a container to a tab either the parent tab * or our own */ void OSplitter::addToTab( const Opie::Ui::Internal::OSplitterContainer& con ) { QWidget *wid = con.widget; // not needed widgetstack will reparent as well wid.reparent(m_tabWidget, wid->getWFlags(), QPoint(0, 0) ); if (m_parentTab ) m_parentTab->addTab( wid, con.icon, con.name ); else m_tabWidget->addTab( wid, con.icon, con.name ); } /* * adds a container to the box */ void OSplitter::addToBox( const Opie::Ui::Internal::OSplitterContainer& con ) { QWidget* wid = con.widget; wid->reparent(m_hbox, 0, QPoint(0, 0) ); } /* * Removes a widget from the tab */ void OSplitter::removeFromTab( QWidget* wid ) { if (m_parentTab ) m_parentTab->removePage( wid ); else m_tabWidget->removePage( wid ); } /* * switches over to a OTabWidget layout * it is recursive */ void OSplitter::changeTab() { /* if we're the owner of the tab widget */ if (m_tabWidget ) { raise(); show(); m_tabWidget->setGeometry( frameRect() ); return; } - owarn << " New Tab Widget " << name() << "" << oendl; /* * and add all widgets this will reparent them * delete m_hbox set it to 0 * */ OTabWidget *tab; if ( m_parentTab ) { hide(); tab = m_parentTab; /* expensive but needed cause we're called from setTabWidget and resizeEvent*/ if (!m_container.isEmpty() ) { ContainerList::Iterator it = m_container.begin(); for (; it != m_container.end(); ++it ) m_parentTab->removePage( (*it).widget ); } } else tab = m_tabWidget = new OTabWidget( this ); connect(tab, SIGNAL(currentChanged(QWidget*) ), this, SIGNAL(currentChanged(QWidget*) ) ); for ( ContainerList::Iterator it = m_container.begin(); it != m_container.end(); ++it ) { - owarn << "Widget is " << (*it).name << "" << oendl; addToTab( (*it) ); } for ( OSplitter* split = m_splitter.first(); split; split = m_splitter.next() ) { split->reparent(this, 0, QPoint(0, 0) ); split->setTabWidget( tab ); } delete m_hbox; m_hbox = 0; if (!m_tabWidget ) return; m_tabWidget->setGeometry( frameRect() ); m_tabWidget->show(); } /* * changes over to a box * this is recursive as well */ void OSplitter::changeHBox() { if (m_hbox ) { m_hbox->setGeometry( frameRect() ); return; } - owarn << "new HBox " << name() << "" << oendl; m_hbox = new QHBox( this ); commonChangeBox(); } void OSplitter::changeVBox() { if (m_hbox ) { m_hbox->setGeometry( frameRect() ); return; } - owarn << "New VBOX " << name() << "" << oendl; m_hbox = new QVBox( this ); commonChangeBox(); } /* * common box code * first remove and add children * the other splitters * it is recursive as well due the call to setTabWidget */ void OSplitter::commonChangeBox() { - owarn << " Name of Splitters is " << name() << "" << oendl; - for (ContainerList::Iterator it = m_container.begin(); it != m_container.end(); ++it ) { /* only if parent tab.. m_tabWidgets gets deleted and would do that as well */ if (m_parentTab ) removeFromTab( (*it).widget ); - owarn << "Adding to box " << (*it).name << "" << oendl; addToBox( (*it) ); } for ( OSplitter* split = m_splitter.first(); split; split = m_splitter.next() ) { /* tell them the world had changed */ split->setTabWidget( 0 ); OSplitterContainer con; con.widget = split; // con.widget = split->m_tabWidget ? static_cast<QWidget*>(split->m_tabWidget) // : static_cast<QWidget*>(split->m_hbox); addToBox( con ); } if (m_parentTab ) m_parentTab->addTab(m_hbox, iconName(), label() ); else { - owarn << " setting Box geometry for " << name() << "" << oendl; m_hbox->setGeometry( frameRect() ); m_hbox->show(); delete m_tabWidget; m_tabWidget = 0; show(); // also show this widget } } /* * sets the tabwidget, removes tabs, and relayouts the widget */ void OSplitter::setTabWidget( OTabWidget* wid) { /* clean up cause m_parentTab will not be available for us */ if ( m_parentTab ) { if (m_hbox ) m_parentTab->removePage( m_hbox ); else if (!m_container.isEmpty() ) { ContainerList::Iterator it = m_container.begin(); for ( ; it != m_container.end(); ++it ) m_parentTab->removePage( (*it).widget ); } } /* the parent Splitter changed so either make us indepent or dep */ m_parentTab = wid; QWidget *tab = m_tabWidget; QWidget *box = m_hbox; m_hbox = 0; m_tabWidget = 0; if ( layoutMode() ) changeTab(); else if (m_orient == Horizontal ) changeHBox(); else changeVBox(); /* our own crap is added and children from change* */ delete tab; delete box; } #if 0 void OSplitter::reparentAll() { if (m_container.isEmpty() ) return; ContainerList::Iterator it = m_container.begin(); for ( ; it != m_container.end(); ++it ) (*it).wid->reparent(0, 0, QPoint(0, 0) ); } #endif /** * @internal */ bool OSplitter::layoutMode()const { if ( size().width() > m_size_policy && m_orient == Horizontal ) { return false; } else if ( size().height() > m_size_policy && m_orient == Vertical ) { return false; } return true; } diff --git a/libopie2/opieui/big-screen/owidgetstack.cpp b/libopie2/opieui/big-screen/owidgetstack.cpp index 9c9f7ec..b14a643 100644 --- a/libopie2/opieui/big-screen/owidgetstack.cpp +++ b/libopie2/opieui/big-screen/owidgetstack.cpp @@ -57,385 +57,384 @@ OWidgetStack::OWidgetStack( QWidget* parent, const char* name, WFlags fl) { m_last = m_mWidget = 0; m_forced = false; QApplication::desktop()->installEventFilter( this ); setFontPropagation ( AllChildren ); setPalettePropagation( AllChildren ); /* sets m_mode and initializes more */ /* if you change this call change switchTop as well */ m_stack = 0; switchStack(); } /** * The destructor. It deletes also all added widgets. * */ OWidgetStack::~OWidgetStack() { if (m_mode == BigScreen && !m_list.isEmpty() ) { QMap<int, QWidget*>::Iterator it = m_list.begin(); for ( ; it != m_list.end(); ++it ) delete it.data(); } m_list.clear(); } /** * return the mode of the desktop. There are currently two modes. SmallScreen * with a normal PDA resolution and BigScreen with resolutions greater than * 330 for width and height. * You can also force the mode this widget is in with forceMode() * Note that NoForce will be never returned from here */ enum OWidgetStack::Mode OWidgetStack::mode()const { return m_mode; } /** * You can also force one of the modes and then * this widget stops on listening to size changes. You * can revert to the scanning behaviour by setting mode * to NoForce */ void OWidgetStack::forceMode( enum Mode mode) { m_forced = mode != NoForce; /* we need to see which mode we're in */ if (!m_forced ) { if ( QApplication::desktop()->width() >= mode_size ) mode = BigScreen; else mode = SmallScreen; } switch( mode ) { case NoForce: case SmallScreen: switchStack(); break; case BigScreen: switchTop(); break; } m_mode = mode; } /** * Adds a widget to the stack. The first widget added is considered * to be the mainwindow. This is important because if Opie is in * BigScreen mode the sizeHint of the MainWindow will be returned. * In Small Screen the sizeHint of the QWidgetStack is returned. * See QWidgetStack::sizeHint. * This widget takes ownership of the widget and may even reparent. * All windows will be hidden * * @param wid The QWidget to be added * @param id An ID for the Widget. If the ID is duplicated the last set widget will be related to the id * */ void OWidgetStack::addWidget( QWidget* wid, int id) { if (!wid) return; /* set our main widget */ if (!m_mWidget) m_mWidget = wid; m_list.insert( id, wid ); /** * adding does not raise any widget * But for our mainwidget we prepare * the right position with the right parent */ if (m_mode == SmallScreen ) m_stack->addWidget( wid,id ); else if ( m_mWidget == wid ) { wid->reparent(this, 0, contentsRect().topLeft() ); wid->hide(); }else { wid->reparent(0, WType_TopLevel, QPoint(10, 10) ); wid->hide(); } } /** * Remove the widget from the stack it'll be reparented to 0 * and ownership is dropped. You need to delete it. * If the removed widget was the mainwindow consider * to call setMainWindow. * * @param wid The QWidget to be removed */ void OWidgetStack::removeWidget( QWidget* wid) { if (!wid) return; if (m_mode == SmallScreen ) m_stack->removeWidget( wid ); wid->reparent(0, 0, QPoint(0, 0) ); m_list.remove( id(wid) ); if ( wid == m_mWidget ) m_mWidget = 0; } #if 0 /** * @internal_resons */ QSizeHint OWidgetStack::sizeHint()const { } /** * @internal_reasons */ QSizeHint OWidgetStack::minimumSizeHint()const { } #endif /** * This function tries to find the widget with the id. * You supplied a possible id in addWIdget. Note that not * QWidget::winId() is used. * * @param id The id to search for * * @return The widget or null * @see addWidget */ QWidget* OWidgetStack::widget( int id) const { return m_list[id]; } /** * Tries to find the assigned id for the widget * or returns -1 if no widget could be found * @param wid The widget to look for */ int OWidgetStack::id( QWidget* wid)const{ if (m_list.isEmpty() ) return -1; QMap<int, QWidget*>::ConstIterator it = m_list.begin(); for ( ; it != m_list.end(); ++it ) if ( it.data() == wid ) break; /* if not at the end return the key */ return it == m_list.end() ? -1 : it.key(); } /** * This function returns the currently visible * widget. In BigScreen mode the mainwindow * is returned */ QWidget* OWidgetStack::visibleWidget()const { if (m_mode == SmallScreen ) return m_stack->visibleWidget(); else return m_mWidget; } /** * This method raises the widget wit the specefic id. * Note that in BigScreen mode the widget is made visible * but the other ( previous) visible widget(s) will not * be made invisible. If you need this use hideWidget(). * * @param id Raise the widget with id */ void OWidgetStack::raiseWidget( int id) { return raiseWidget( widget( id ) ); } /** * This is an overloaded function and only differs in its parameters. * @see raiseWidget( int ) */ void OWidgetStack::raiseWidget( QWidget* wid) { m_last = wid; if (m_mode == SmallScreen ) m_stack->raiseWidget( wid ); else { int ide; emit aboutToShow( wid ); /* if someone is connected and the widget is actually available */ if ( receivers( SIGNAL(aboutToShow(int) ) ) && ( (ide = id( wid ) ) != -1 ) ) emit aboutToShow( ide ); /* ### FIXME PLACE THE WIDGET right */ wid->show(); } } /** * This will hide the currently visible widget * and raise the widget specified by the parameter. * Note that this method does not use visibleWIdget but remembers * the last raisedWidget */ void OWidgetStack::hideWidget( int id) { /* hiding our main widget wouldn't be smart */ if ( m_mode == BigScreen && m_last != m_mWidget ) m_last->hide(); raiseWidget( id ); } /** * This is overloaded and only differs in the parameters * it takes. */ void OWidgetStack::hideWidget( QWidget* wid) { /* still not smart */ if ( m_mode == BigScreen && m_last != m_mWidget ) m_last->hide(); raiseWidget( wid ); } bool OWidgetStack::eventFilter( QObject* obj, QEvent* e) { - owarn << " " << obj->name() << " " << obj->className() << "" << oendl; if ( e->type() == QEvent::Resize ) { QResizeEvent *res = static_cast<QResizeEvent*>( e ); QSize size = res->size(); if ( size.width() >= mode_size ) switchTop(); else switchStack(); } return false; } /** * @internal_resons */ void OWidgetStack::resizeEvent( QResizeEvent* ev ) { QFrame::resizeEvent( ev ); if (m_mode == SmallScreen ) m_stack->setGeometry( frameRect() ); else if (m_mWidget ) m_mWidget->setGeometry( frameRect() ); } /** * setMainWindow gives the OWidgetStack a hint which * window should always stay inside the stack. * Normally the first added widget is considered to be * the mainwindow but you can change this with this * function. * If in BigScreen mode the current mainwindow will be reparented * and hidden. The position will be taken by the new one. * If the old MainWindow was hidden the new window will * also be hidden. If the window was visible the new mainwindow * will be made visible too and the old one hidden. If there * was no mainwindow it will be hidden as well. * * @param wid The new mainwindow */ void OWidgetStack::setMainWindow( QWidget* wid ) { if (m_mode == BigScreen ) { bool wasVisible = false; if (m_mWidget ) { wasVisible = !m_mWidget->isHidden(); /* hidden by default */ m_mWidget->reparent(0, WType_TopLevel, QPoint(10, 10) ); } wid->reparent(this, 0, frameRect().topLeft() ); if (wasVisible) wid->show(); } m_mWidget = wid; } /** * this is an overloaded member and only differs * in the type of arguments. * @see setMainWindow(QWidget*) */ void OWidgetStack::setMainWindow( int id) { setMainWindow( widget( id ) ); } /* * this function switches to a stack ;) */ void OWidgetStack::switchStack() { if (m_stack ) { m_stack->setGeometry( frameRect() ); return; } m_mode = SmallScreen; m_stack = new QWidgetStack(this); connect(m_stack, SIGNAL(aboutToShow(QWidget*) ), this, SIGNAL(aboutToShow(QWidget*) ) ); connect(m_stack, SIGNAL(aboutToShow(int) ), this, SIGNAL(aboutToShow(int) ) ); /* now reparent the widgets... luckily QWidgetSatck does most of the work */ if (m_list.isEmpty() ) return; QMap<int, QWidget*>::Iterator it = m_list.begin(); for ( ; it != m_list.end(); ++it ) m_stack->addWidget( it.data(), it.key() ); } /* * we will switch to top level mode * reparent the list of widgets and then delete the stack */ void OWidgetStack::switchTop() { m_mode = BigScreen; /* this works because it is guaranteed that switchStack was called at least once*/ if (!m_stack && m_mWidget) { m_mWidget->setGeometry( frameRect() ); return; }else if (!m_stack) return; if (!m_list.isEmpty() ) { QMap<int, QWidget*>::Iterator it = m_list.begin(); for ( ; it != m_list.end(); ++it ) { /* better than reparenting twice */ if ( it.data() == m_mWidget ) { m_mWidget->reparent(this, 0, frameRect().topLeft() ); m_mWidget->setGeometry( frameRect() ); m_mWidget->show(); }else /* ### FIXME we need to place the widget better */ it.data()->reparent(0, WType_TopLevel, QPoint(10, 10) ); } } delete m_stack; m_stack = 0; } } } |