/* * Copyright (C) 2006 * Siraj Razick * PhobosK * see Also AUTHORS * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Library General Public License version 2 as * published by the Free Software Foundation * * This program 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 General Public License for more details * * You should have received a copy of the GNU Library General Public * License along with this program; if not, write to the * Free Software Foundation, Inc., * 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #include "kbfxplasmacanvasgroup.h" KbfxPlasmaCanvasGroup::KbfxPlasmaCanvasGroup () { m_height = 0; m_id = 0; // m_count = 0; m_name = TQString ( "Unknown" ); // bool m_visible = true; m_shaded = false; } KbfxPlasmaCanvasGroup::~KbfxPlasmaCanvasGroup () { for ( ItemListIter it ( m_itemList ); *it; ++it ) { //tqDebug("Trying to delete Item from Rgoup================"); // if(*it) // delete (*it); // itemListMap ().remove (*it); if ( ( *it ) != 0 ) if ( deleteItem ( ( *it ) ) == false ) { tqDebug ( "Deleting failed" ); } } } KbfxPlasmaCanvasGroup::ItemListMap & KbfxPlasmaCanvasGroup::itemListMap () { static ItemListMap * map = 0; if ( !map ) map = new ItemListMap (); return *map; } bool KbfxPlasmaCanvasGroup::deleteItem ( KbfxPlasmaCanvasAbstractItem * it ) { //tqDebug("Removing Item from Group"); // itemListMap ().remove (it); //delete it; //return true; for ( ItemListIter iti ( m_itemList ); *iti; ++iti ) { if ( iti == it ) { itemListMap ().remove ( *iti ); if ( m_itemList.removeRef ( it ) ) { if ( m_itemList.isEmpty () ) delete this; return true; } else { tqDebug ( "deleting Item failed" ); return false; } } } return false; } bool KbfxPlasmaCanvasGroup::addItem ( KbfxPlasmaCanvasAbstractItem * it ) { if ( it->name().isEmpty() ) { tqDebug ( "Adding Failed bcos Name Missing" ); return false; } ItemListMap::ConstIterator itn = itemListMap ().find ( it ); if ( itn != itemListMap ().end () ) { tqDebug ( "Adding Failed Due to Item not end" ); return false; } for ( ItemListIter itr ( m_itemList ); *itr; ++itr ) { if ( ( *itr )->lookup ( it->name() ) == true ) { tqDebug ( "Adding Failed Due to Item already exisits" ); return false; } } int _x = 0; int _y = this->boundingRect ().height (); KbfxPlasmaCanvasGroup *&group = itemListMap () [it]; if ( group ) { if ( group == this ) return true; group->m_itemList.removeRef ( it ); if ( group->m_itemList.isEmpty () ) delete group; } m_itemList.prepend ( it ); m_height += it->height(); m_width = it->width(); it->move ( _x, _y ); group = this; if ( it->type() == KbfxPlasmaCanvasAbstractItem::SEPARATOR ) m_sepheight = it->height(); m_count++; return true; } void KbfxPlasmaCanvasGroup::move ( int x, int y ) { for ( ItemListIter it ( m_itemList ); *it; ++it ) { ( *it )->move ( ( *it )->x () + x, ( *it )->y () + y ); } } void KbfxPlasmaCanvasGroup::moveBy ( int x, int y ) { for ( ItemListIter it ( m_itemList ); *it; ++it ) { ( *it )->move ( x, y ); } } void KbfxPlasmaCanvasGroup::hide() { for ( ItemListIter it ( m_itemList ); *it; ++it ) { // if(*it) ( *it )->hide(); } m_visible = false; } void KbfxPlasmaCanvasGroup::setGroupName ( TQString name ) { m_name = name; // delete [] name; } TQString KbfxPlasmaCanvasGroup::name() { return m_name; } void KbfxPlasmaCanvasGroup::showAll() { for ( ItemListIter it ( m_itemList ); *it; ++it ) { if ( ( *it )->type() == KbfxPlasmaCanvasAbstractItem::SEPARATOR || m_shaded == false ) ( *it )->show(); } } void KbfxPlasmaCanvasGroup::show() { for ( ItemListIter it ( m_itemList ); *it; ++it ) { if ( ( *it )->type() == KbfxPlasmaCanvasAbstractItem::SEPARATOR || m_shaded == false ) ( *it )->show(); } m_visible = true; } void KbfxPlasmaCanvasGroup::shade () { if ( m_shaded == false ) { emit this->groupShade ( this->groupID() ); for ( ItemListIter it ( m_itemList ); *it; ++it ) { // (*it)->move ((*it)->x (), 0); if ( ( *it )->type() != KbfxPlasmaCanvasAbstractItem::SEPARATOR ) ( *it )->hide(); } m_shaded = true; return; } else if ( m_shaded == true ) { int _shadeby = 0; int _firstItemHeight=0; emit this->groupUnShade ( this->groupID() ); for ( ItemListIter it ( m_itemList ); *it; ++it ) { if ( ( *it )->type() != KbfxPlasmaCanvasAbstractItem::SEPARATOR ) { // (*it)->move ((*it)->x (), _shadeby); ( *it )->show(); _shadeby += ( *it )->height (); } else { _shadeby = ( *it )->height (); _firstItemHeight = _shadeby; } } m_shaded = false; } } void KbfxPlasmaCanvasGroup::moveUp ( int y ) { for ( ItemListIter it ( m_itemList ); *it; ++it ) { ( *it )->move ( ( *it )->x (), ( ( *it )->y () +m_sepheight ) - y ); } } void KbfxPlasmaCanvasGroup::moveDown ( int y ) { for ( ItemListIter it ( m_itemList ); *it; ++it ) { ( *it )->move ( ( *it )->x (), ( ( *it )->y () - m_sepheight ) + y ); } } TQRect KbfxPlasmaCanvasGroup::boundingRect () { if ( this->count () == 0 ) return TQRect ( 0, 0, 0, 0 ); TQRect r; for ( ItemListIter it ( m_itemList ); *it; ++it ) r |= ( *it )->boundingRect (); return r; } int KbfxPlasmaCanvasGroup::count () { return m_itemList.count(); } int KbfxPlasmaCanvasGroup::height () { return m_height ; } int KbfxPlasmaCanvasGroup::width () { return m_width; } KbfxPlasmaCanvasGroup * KbfxPlasmaCanvasGroup::groupContaining ( KbfxPlasmaCanvasAbstractItem * item ) { ItemListMap::ConstIterator it = itemListMap ().find ( item ); if ( it == itemListMap ().end () ) return 0; else return *it; } uint KbfxPlasmaCanvasGroup::groupID() { return m_id; } void KbfxPlasmaCanvasGroup::setGroupID ( uint e_id ) { m_id = e_id; } #include "kbfxplasmacanvasgroup.moc"