// -*- c-basic-offset: 2 -*- /* This file is part of the KDE project * * Copyright (C) 1998, 1999 Torben Weis * 1999 Lars Knoll * 1999 Antti Koivisto * 2000 Simon Hausmann * 2000 Stefan Schimanski <1Stein@gmx.de> * 2001-2003 George Staikos * 2001-2003 Dirk Mueller * 2000-2005 David Faure * 2002 Apple Computer, Inc. * * 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. */ //#define SPEED_DEBUG #include "khtml_part.h" #include "khtml_pagecache.h" #include "dom/dom_string.h" #include "dom/dom_element.h" #include "dom/dom_exception.h" #include "html/html_documentimpl.h" #include "html/html_baseimpl.h" #include "html/html_objectimpl.h" #include "html/html_miscimpl.h" #include "html/html_imageimpl.h" #include "html/html_objectimpl.h" #include "rendering/render_text.h" #include "rendering/render_frames.h" #include "rendering/render_layer.h" #include "misc/htmlhashes.h" #include "misc/loader.h" #include "xml/dom2_eventsimpl.h" #include "xml/dom2_rangeimpl.h" #include "xml/xml_tokenizer.h" #include "css/cssstyleselector.h" #include "css/csshelper.h" using namespace DOM; #include "khtmlview.h" #include #include "ecma/kjs_proxy.h" #include "ecma/kjs_window.h" #include "khtml_settings.h" #include "kjserrordlg.h" #include #include #include "htmlpageinfo.h" #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #if !defined(QT_NO_DRAGANDDROP) #include #endif #include "../kutils/kfinddialog.h" #include "../kutils/kfind.h" #include #include #include #include #include #include #include #include #include #include #include #include "khtmlpart_p.h" #include "kpassivepopup.h" #include "kpopupmenu.h" #include "rendering/render_form.h" #include #define HINT_UTF8 106 namespace khtml { class PartStyleSheetLoader : public CachedObjectClient { public: PartStyleSheetLoader(KHTMLPart *part, DOM::DOMString url, DocLoader* dl) { m_part = part; m_cachedSheet = dl->requestStyleSheet(url, TQString(), "text/css", true /* "user sheet" */); if (m_cachedSheet) m_cachedSheet->ref( this ); } virtual ~PartStyleSheetLoader() { if ( m_cachedSheet ) m_cachedSheet->deref(this); } virtual void setStyleSheet(const DOM::DOMString&, const DOM::DOMString &sheet, const DOM::DOMString &) { if ( m_part ) m_part->setUserStyleSheet( sheet.string() ); delete this; } virtual void error( int, const TQString& ) { delete this; } TQGuardedPtr m_part; khtml::CachedCSSStyleSheet *m_cachedSheet; }; } void khtml::ChildFrame::liveConnectEvent(const unsigned long, const TQString & event, const KParts::LiveConnectExtension::ArgList & args) { if (!m_part || !m_frame || !m_liveconnect) // hmmm return; TQString script; script.sprintf("%s(", event.latin1()); KParts::LiveConnectExtension::ArgList::const_iterator i = args.begin(); const KParts::LiveConnectExtension::ArgList::const_iterator argsBegin = i; const KParts::LiveConnectExtension::ArgList::const_iterator argsEnd = args.end(); for ( ; i != argsEnd; ++i) { if (i != argsBegin) script += ","; if ((*i).first == KParts::LiveConnectExtension::TypeString) { script += "\""; script += TQString((*i).second).replace('\\', "\\\\").replace('"', "\\\""); script += "\""; } else script += (*i).second; } script += ")"; kdDebug(6050) << "khtml::ChildFrame::liveConnectEvent " << script << endl; KHTMLPart * part = ::tqqt_cast(m_part->parent()); if (!part) return; if (!m_jscript) part->framejScript(m_part); if (m_jscript) { // we have a jscript => a part in an iframe KJS::Completion cmp; m_jscript->evaluate(TQString(), 1, script, 0L, &cmp); } else part->executeScript(m_frame->element(), script); } KHTMLFrameList::Iterator KHTMLFrameList::find( const TQString &name ) { Iterator it = begin(); const Iterator e = end(); for (; it!=e; ++it ) if ( (*it)->m_name==name ) break; return it; } KHTMLPart::KHTMLPart( TQWidget *parentWidget, const char *widgetname, TQObject *parent, const char *name, GUIProfile prof ) : KParts::ReadOnlyPart( parent, name ) { d = 0; KHTMLFactory::registerPart( this ); setInstance( KHTMLFactory::instance(), prof == BrowserViewGUI && !parentPart() ); // TODO KDE4 - don't load plugins yet //setInstance( KHTMLFactory::instance(), false ); init( new KHTMLView( this, parentWidget, widgetname ), prof ); } KHTMLPart::KHTMLPart( KHTMLView *view, TQObject *parent, const char *name, GUIProfile prof ) : KParts::ReadOnlyPart( parent, name ) { d = 0; KHTMLFactory::registerPart( this ); setInstance( KHTMLFactory::instance(), prof == BrowserViewGUI && !parentPart() ); // TODO KDE4 - don't load plugins yet //setInstance( KHTMLFactory::instance(), false ); assert( view ); init( view, prof ); } void KHTMLPart::init( KHTMLView *view, GUIProfile prof ) { if ( prof == DefaultGUI ) setXMLFile( "khtml.rc" ); else if ( prof == BrowserViewGUI ) setXMLFile( "khtml_browser.rc" ); d = new KHTMLPartPrivate(parent()); d->m_view = view; setWidget( d->m_view ); d->m_guiProfile = prof; d->m_extension = new KHTMLPartBrowserExtension( this, "KHTMLBrowserExtension" ); d->m_hostExtension = new KHTMLPartBrowserHostExtension( this ); d->m_statusBarExtension = new KParts::StatusBarExtension( this ); d->m_statusBarIconLabel = 0L; d->m_statusBarPopupLabel = 0L; d->m_openableSuppressedPopups = 0; d->m_bSecurityInQuestion = false; d->m_paLoadImages = 0; d->m_paDebugScript = 0; d->m_bMousePressed = false; d->m_bRightMousePressed = false; d->m_bCleared = false; d->m_paViewDocument = new KAction( i18n( "View Do&cument Source" ), CTRL + Key_U, this, TQT_SLOT( slotViewDocumentSource() ), actionCollection(), "viewDocumentSource" ); d->m_paViewFrame = new KAction( i18n( "View Frame Source" ), 0, this, TQT_SLOT( slotViewFrameSource() ), actionCollection(), "viewFrameSource" ); d->m_paViewInfo = new KAction( i18n( "View Document Information" ), CTRL+Key_I, this, TQT_SLOT( slotViewPageInfo() ), actionCollection(), "viewPageInfo" ); d->m_paSaveBackground = new KAction( i18n( "Save &Background Image As..." ), 0, this, TQT_SLOT( slotSaveBackground() ), actionCollection(), "saveBackground" ); d->m_paSaveDocument = KStdAction::saveAs( this, TQT_SLOT( slotSaveDocument() ), actionCollection(), "saveDocument" ); if ( parentPart() ) d->m_paSaveDocument->setShortcut( KShortcut() ); // avoid clashes d->m_paSaveFrame = new KAction( i18n( "Save &Frame As..." ), 0, this, TQT_SLOT( slotSaveFrame() ), actionCollection(), "saveFrame" ); d->m_paSecurity = new KAction( i18n( "Security..." ), "decrypted", 0, this, TQT_SLOT( slotSecurity() ), actionCollection(), "security" ); d->m_paSecurity->setWhatsThis( i18n( "Security Settings

" "Shows the certificate of the displayed page. Only " "pages that have been transmitted using a secure, encrypted connection have a " "certificate.

" "Hint: If the image shows a closed lock, the page has been transmitted over a " "secure connection.") ); d->m_paDebugRenderTree = new KAction( i18n( "Print Rendering Tree to STDOUT" ), ALT + CTRL + SHIFT + Key_A, this, TQT_SLOT( slotDebugRenderTree() ), actionCollection(), "debugRenderTree" ); d->m_paDebugDOMTree = new KAction( i18n( "Print DOM Tree to STDOUT" ), ALT + CTRL + SHIFT + Key_D, this, TQT_SLOT( slotDebugDOMTree() ), actionCollection(), "debugDOMTree" ); d->m_paStopAnimations = new KAction( i18n( "Stop Animated Images" ), 0, this, TQT_SLOT( slotStopAnimations() ), actionCollection(), "stopAnimations" ); d->m_paSetEncoding = new KActionMenu( i18n( "Set &Encoding" ), "charset", actionCollection(), "setEncoding" ); d->m_paSetEncoding->setDelayed( false ); d->m_automaticDetection = new KPopupMenu( 0L ); d->m_automaticDetection->insertItem( i18n( "Semi-Automatic" ), 0 ); d->m_automaticDetection->insertItem( i18n( "Arabic" ), 1 ); d->m_automaticDetection->insertItem( i18n( "Baltic" ), 2 ); d->m_automaticDetection->insertItem( i18n( "Central European" ), 3 ); //d->m_automaticDetection->insertItem( i18n( "Chinese" ), 4 ); d->m_automaticDetection->insertItem( i18n( "Greek" ), 5 ); d->m_automaticDetection->insertItem( i18n( "Hebrew" ), 6 ); d->m_automaticDetection->insertItem( i18n( "Japanese" ), 7 ); //d->m_automaticDetection->insertItem( i18n( "Korean" ), 8 ); d->m_automaticDetection->insertItem( i18n( "Russian" ), 9 ); //d->m_automaticDetection->insertItem( i18n( "Thai" ), 10 ); d->m_automaticDetection->insertItem( i18n( "Turkish" ), 11 ); d->m_automaticDetection->insertItem( i18n( "Ukrainian" ), 12 ); //d->m_automaticDetection->insertItem( i18n( "Unicode" ), 13 ); d->m_automaticDetection->insertItem( i18n( "Western European" ), 14 ); connect( d->m_automaticDetection, TQT_SIGNAL( activated( int ) ), this, TQT_SLOT( slotAutomaticDetectionLanguage( int ) ) ); d->m_paSetEncoding->popupMenu()->insertItem( i18n( "Automatic Detection" ), d->m_automaticDetection, 0 ); d->m_paSetEncoding->insert( new KActionSeparator( actionCollection() ) ); d->m_manualDetection = new KSelectAction( i18n( "short for Manual Detection", "Manual" ), 0, this, TQT_SLOT( slotSetEncoding() ), actionCollection(), "manualDetection" ); TQStringList encodings = KGlobal::charsets()->descriptiveEncodingNames(); d->m_manualDetection->setItems( encodings ); d->m_manualDetection->setCurrentItem( -1 ); d->m_paSetEncoding->insert( d->m_manualDetection ); KConfig *config = KGlobal::config(); if ( config->hasGroup( "HTML Settings" ) ) { config->setGroup( "HTML Settings" ); khtml::Decoder::AutoDetectLanguage language; TQCString name = TQTextCodec::codecForLocale()->name(); name = name.lower(); if ( name == "cp1256" || name == "iso-8859-6" ) { language = khtml::Decoder::Arabic; } else if ( name == "cp1257" || name == "iso-8859-13" || name == "iso-8859-4" ) { language = khtml::Decoder::Baltic; } else if ( name == "cp1250" || name == "ibm852" || name == "iso-8859-2" || name == "iso-8859-3" ) { language = khtml::Decoder::CentralEuropean; } else if ( name == "cp1251" || name == "koi8-r" || name == "iso-8859-5" ) { language = khtml::Decoder::Russian; } else if ( name == "koi8-u" ) { language = khtml::Decoder::Ukrainian; } else if ( name == "cp1253" || name == "iso-8859-7" ) { language = khtml::Decoder::Greek; } else if ( name == "cp1255" || name == "iso-8859-8" || name == "iso-8859-8-i" ) { language = khtml::Decoder::Hebrew; } else if ( name == "jis7" || name == "eucjp" || name == "sjis" ) { language = khtml::Decoder::Japanese; } else if ( name == "cp1254" || name == "iso-8859-9" ) { language = khtml::Decoder::Turkish; } else if ( name == "cp1252" || name == "iso-8859-1" || name == "iso-8859-15" ) { language = khtml::Decoder::WesternEuropean; } else language = khtml::Decoder::SemiautomaticDetection; int _id = config->readNumEntry( "AutomaticDetectionLanguage", language ); d->m_automaticDetection->setItemChecked( _id, true ); d->m_paSetEncoding->popupMenu()->setItemChecked( 0, true ); d->m_autoDetectLanguage = static_cast< khtml::Decoder::AutoDetectLanguage >( _id ); } d->m_paUseStylesheet = new KSelectAction( i18n( "Use S&tylesheet"), 0, this, TQT_SLOT( slotUseStylesheet() ), actionCollection(), "useStylesheet" ); if ( prof == BrowserViewGUI ) { d->m_paIncZoomFactor = new KHTMLZoomFactorAction( this, true, i18n( "Enlarge Font" ), "viewmag+", "CTRL++;CTRL+=", this, TQT_SLOT( slotIncZoomFast() ), actionCollection(), "incFontSizes" ); d->m_paIncZoomFactor->setWhatsThis( i18n( "Enlarge Font

" "Make the font in this window bigger. " "Click and hold down the mouse button for a menu with all available font sizes." ) ); d->m_paDecZoomFactor = new KHTMLZoomFactorAction( this, false, i18n( "Shrink Font" ), "viewmag-", CTRL + Key_Minus, this, TQT_SLOT( slotDecZoomFast() ), actionCollection(), "decFontSizes" ); d->m_paDecZoomFactor->setWhatsThis( i18n( "Shrink Font

" "Make the font in this window smaller. " "Click and hold down the mouse button for a menu with all available font sizes." ) ); } d->m_paFind = KStdAction::find( this, TQT_SLOT( slotFind() ), actionCollection(), "find" ); d->m_paFind->setWhatsThis( i18n( "Find text

" "Shows a dialog that allows you to find text on the displayed page." ) ); d->m_paFindNext = KStdAction::findNext( this, TQT_SLOT( slotFindNext() ), actionCollection(), "findNext" ); d->m_paFindNext->setWhatsThis( i18n( "Find next

" "Find the next occurrence of the text that you " "have found using the Find Text function" ) ); d->m_paFindPrev = KStdAction::findPrev( this, TQT_SLOT( slotFindPrev() ), actionCollection(), "findPrevious" ); d->m_paFindPrev->setWhatsThis( i18n( "Find previous

" "Find the previous occurrence of the text that you " "have found using the Find Text function" ) ); d->m_paFindAheadText = new KAction( i18n("Find Text as You Type"), KShortcut( '/' ), this, TQT_SLOT( slotFindAheadText()), actionCollection(), "findAheadText"); d->m_paFindAheadLinks = new KAction( i18n("Find Links as You Type"), KShortcut( '\'' ), this, TQT_SLOT( slotFindAheadLink()), actionCollection(), "findAheadLink"); d->m_paFindAheadText->setEnabled( false ); d->m_paFindAheadLinks->setEnabled( false ); if ( parentPart() ) { d->m_paFind->setShortcut( KShortcut() ); // avoid clashes d->m_paFindNext->setShortcut( KShortcut() ); // avoid clashes d->m_paFindPrev->setShortcut( KShortcut() ); // avoid clashes d->m_paFindAheadText->setShortcut( KShortcut()); d->m_paFindAheadLinks->setShortcut( KShortcut()); } d->m_paPrintFrame = new KAction( i18n( "Print Frame..." ), "frameprint", 0, this, TQT_SLOT( slotPrintFrame() ), actionCollection(), "printFrame" ); d->m_paPrintFrame->setWhatsThis( i18n( "Print Frame

" "Some pages have several frames. To print only a single frame, click " "on it and then use this function." ) ); d->m_paSelectAll = KStdAction::selectAll( this, TQT_SLOT( slotSelectAll() ), actionCollection(), "selectAll" ); if ( parentPart() ) d->m_paSelectAll->setShortcut( KShortcut() ); // avoid clashes d->m_paToggleCaretMode = new KToggleAction(i18n("Toggle Caret Mode"), Key_F7, this, TQT_SLOT(slotToggleCaretMode()), actionCollection(), "caretMode"); d->m_paToggleCaretMode->setChecked(isCaretMode()); if (parentPart()) d->m_paToggleCaretMode->setShortcut(KShortcut()); // avoid clashes // set the default java(script) flags according to the current host. d->m_bOpenMiddleClick = d->m_settings->isOpenMiddleClickEnabled(); d->m_bBackRightClick = d->m_settings->isBackRightClickEnabled(); d->m_bJScriptEnabled = d->m_settings->isJavaScriptEnabled(); setDebugScript( d->m_settings->isJavaScriptDebugEnabled() ); d->m_bJavaEnabled = d->m_settings->isJavaEnabled(); d->m_bPluginsEnabled = d->m_settings->isPluginsEnabled(); // Set the meta-refresh flag... d->m_metaRefreshEnabled = d->m_settings->isAutoDelayedActionsEnabled (); connect( view, TQT_SIGNAL( zoomView( int ) ), TQT_SLOT( slotZoomView( int ) ) ); connect( this, TQT_SIGNAL( completed() ), this, TQT_SLOT( updateActions() ) ); connect( this, TQT_SIGNAL( completed( bool ) ), this, TQT_SLOT( updateActions() ) ); connect( this, TQT_SIGNAL( started( KIO::Job * ) ), this, TQT_SLOT( updateActions() ) ); d->m_popupMenuXML = KXMLGUIFactory::readConfigFile( locate( "data", "khtml/khtml_popupmenu.rc", KHTMLFactory::instance() ) ); connect( khtml::Cache::loader(), TQT_SIGNAL( requestStarted( khtml::DocLoader*, khtml::CachedObject* ) ), this, TQT_SLOT( slotLoaderRequestStarted( khtml::DocLoader*, khtml::CachedObject* ) ) ); connect( khtml::Cache::loader(), TQT_SIGNAL( requestDone( khtml::DocLoader*, khtml::CachedObject *) ), this, TQT_SLOT( slotLoaderRequestDone( khtml::DocLoader*, khtml::CachedObject *) ) ); connect( khtml::Cache::loader(), TQT_SIGNAL( requestFailed( khtml::DocLoader*, khtml::CachedObject *) ), this, TQT_SLOT( slotLoaderRequestDone( khtml::DocLoader*, khtml::CachedObject *) ) ); connect ( &d->m_progressUpdateTimer, TQT_SIGNAL( timeout() ), this, TQT_SLOT( slotProgressUpdate() ) ); findTextBegin(); //reset find variables connect( &d->m_redirectionTimer, TQT_SIGNAL( timeout() ), this, TQT_SLOT( slotRedirect() ) ); d->m_dcopobject = new KHTMLPartIface(this); // TODO KDE4 - load plugins now (see also the constructors) //if ( prof == BrowserViewGUI && !parentPart() ) // loadPlugins( partObject(), this, instance() ); // "khtml" catalog does not exist, our translations are in kdelibs. // removing this catalog from KGlobal::locale() prevents problems // with changing the language in applications at runtime -Thomas Reitelbach KGlobal::locale()->removeCatalogue("khtml"); } KHTMLPart::~KHTMLPart() { //kdDebug(6050) << "KHTMLPart::~KHTMLPart " << this << endl; KConfig *config = KGlobal::config(); config->setGroup( "HTML Settings" ); config->writeEntry( "AutomaticDetectionLanguage", d->m_autoDetectLanguage ); delete d->m_automaticDetection; delete d->m_manualDetection; slotWalletClosed(); if (!parentPart()) { // only delete it if the top khtml_part closes removeJSErrorExtension(); delete d->m_statusBarPopupLabel; } d->m_find = 0; // deleted by its parent, the view. if ( d->m_manager ) { d->m_manager->setActivePart( 0 ); // We specify "this" as parent qobject for d->manager, so no need to delete it. } stopAutoScroll(); d->m_redirectionTimer.stop(); if (!d->m_bComplete) closeURL(); disconnect( khtml::Cache::loader(), TQT_SIGNAL( requestStarted( khtml::DocLoader*, khtml::CachedObject* ) ), this, TQT_SLOT( slotLoaderRequestStarted( khtml::DocLoader*, khtml::CachedObject* ) ) ); disconnect( khtml::Cache::loader(), TQT_SIGNAL( requestDone( khtml::DocLoader*, khtml::CachedObject *) ), this, TQT_SLOT( slotLoaderRequestDone( khtml::DocLoader*, khtml::CachedObject *) ) ); disconnect( khtml::Cache::loader(), TQT_SIGNAL( requestFailed( khtml::DocLoader*, khtml::CachedObject *) ), this, TQT_SLOT( slotLoaderRequestDone( khtml::DocLoader*, khtml::CachedObject *) ) ); clear(); if ( d->m_view ) { d->m_view->hide(); d->m_view->viewport()->hide(); d->m_view->m_part = 0; } // Have to delete this here since we forward declare it in khtmlpart_p and // at least some compilers won't call the destructor in this case. delete d->m_jsedlg; d->m_jsedlg = 0; if (!parentPart()) // only delete d->m_frame if the top khtml_part closes delete d->m_frame; delete d; d = 0; KHTMLFactory::deregisterPart( this ); } bool KHTMLPart::restoreURL( const KURL &url ) { kdDebug( 6050 ) << "KHTMLPart::restoreURL " << url.url() << endl; d->m_redirectionTimer.stop(); /* * That's not a good idea as it will call closeURL() on all * child frames, preventing them from further loading. This * method gets called from restoreState() in case of a full frameset * restoral, and restoreState() calls closeURL() before restoring * anyway. kdDebug( 6050 ) << "closing old URL" << endl; closeURL(); */ d->m_bComplete = false; d->m_bLoadEventEmitted = false; d->m_workingURL = url; // set the java(script) flags according to the current host. d->m_bJScriptEnabled = KHTMLFactory::defaultHTMLSettings()->isJavaScriptEnabled(url.host()); setDebugScript( KHTMLFactory::defaultHTMLSettings()->isJavaScriptDebugEnabled() ); d->m_bJavaEnabled = KHTMLFactory::defaultHTMLSettings()->isJavaEnabled(url.host()); d->m_bPluginsEnabled = KHTMLFactory::defaultHTMLSettings()->isPluginsEnabled(url.host()); m_url = url; d->m_restoreScrollPosition = true; disconnect(d->m_view, TQT_SIGNAL(finishedLayout()), this, TQT_SLOT(restoreScrollPosition())); connect(d->m_view, TQT_SIGNAL(finishedLayout()), this, TQT_SLOT(restoreScrollPosition())); KHTMLPageCache::self()->fetchData( d->m_cacheId, this, TQT_SLOT(slotRestoreData(const TQByteArray &))); emit started( 0L ); return true; } bool KHTMLPart::openURL( const KURL &url ) { kdDebug( 6050 ) << "KHTMLPart(" << this << ")::openURL " << url.url() << endl; d->m_redirectionTimer.stop(); // check to see if this is an "error://" URL. This is caused when an error // occurs before this part was loaded (e.g. KonqRun), and is passed to // khtmlpart so that it can display the error. if ( url.protocol() == "error" && url.hasSubURL() ) { closeURL(); if( d->m_bJScriptEnabled ) d->m_statusBarText[BarOverrideText] = d->m_statusBarText[BarDefaultText] = TQString(); /** * The format of the error url is that two variables are passed in the query: * error = int kio error code, errText = TQString error text from kio * and the URL where the error happened is passed as a sub URL. */ KURL::List urls = KURL::split( url ); //kdDebug(6050) << "Handling error URL. URL count:" << urls.count() << endl; if ( urls.count() > 1 ) { KURL mainURL = urls.first(); int error = mainURL.queryItem( "error" ).toInt(); // error=0 isn't a valid error code, so 0 means it's missing from the URL if ( error == 0 ) error = KIO::ERR_UNKNOWN; TQString errorText = mainURL.queryItem( "errText", HINT_UTF8 ); urls.pop_front(); d->m_workingURL = KURL::join( urls ); //kdDebug(6050) << "Emitting fixed URL " << d->m_workingURL.prettyURL() << endl; emit d->m_extension->setLocationBarURL( d->m_workingURL.prettyURL() ); htmlError( error, errorText, d->m_workingURL ); return true; } } if (!parentPart()) { // only do it for toplevel part TQString host = url.isLocalFile() ? "localhost" : url.host(); TQString userAgent = KProtocolManager::userAgentForHost(host); if (userAgent != KProtocolManager::userAgentForHost(TQString())) { if (!d->m_statusBarUALabel) { d->m_statusBarUALabel = new KURLLabel(d->m_statusBarExtension->statusBar()); d->m_statusBarUALabel->setFixedHeight(instance()->iconLoader()->currentSize(KIcon::Small)); d->m_statusBarUALabel->setSizePolicy(TQSizePolicy(TQSizePolicy::Fixed, TQSizePolicy::Fixed)); d->m_statusBarUALabel->setUseCursor(false); d->m_statusBarExtension->addStatusBarItem(d->m_statusBarUALabel, 0, false); d->m_statusBarUALabel->setPixmap(SmallIcon("agent", instance())); } else { TQToolTip::remove(d->m_statusBarUALabel); } TQToolTip::add(d->m_statusBarUALabel, i18n("The fake user-agent '%1' is in use.").arg(userAgent)); } else if (d->m_statusBarUALabel) { d->m_statusBarExtension->removeStatusBarItem(d->m_statusBarUALabel); delete d->m_statusBarUALabel; d->m_statusBarUALabel = 0L; } } KParts::URLArgs args( d->m_extension->urlArgs() ); // in case // a) we have no frameset (don't test m_frames.count(), iframes get in there) // b) the url is identical with the currently displayed one (except for the htmlref!) // c) the url request is not a POST operation and // d) the caller did not request to reload the page // e) there was no HTTP redirection meanwhile (testcase: webmin's software/tree.cgi) // => we don't reload the whole document and // we just jump to the requested html anchor bool isFrameSet = false; if ( d->m_doc && d->m_doc->isHTMLDocument() ) { HTMLDocumentImpl* htmlDoc = static_cast(d->m_doc); isFrameSet = htmlDoc->body() && (htmlDoc->body()->id() == ID_FRAMESET); } if ( url.hasRef() && !isFrameSet ) { bool noReloadForced = !args.reload && !args.redirectedRequest() && !args.doPost(); if (noReloadForced && urlcmp( url.url(), m_url.url(), true, true )) { kdDebug( 6050 ) << "KHTMLPart::openURL, jumping to anchor. m_url = " << url.url() << endl; m_url = url; emit started( 0L ); if ( !gotoAnchor( url.encodedHtmlRef()) ) gotoAnchor( url.htmlRef() ); d->m_bComplete = true; if (d->m_doc) d->m_doc->setParsing(false); kdDebug( 6050 ) << "completed..." << endl; emit completed(); return true; } } // Save offset of viewport when page is reloaded to be compliant // to every other capable browser out there. if (args.reload) { args.xOffset = d->m_view->contentsX(); args.yOffset = d->m_view->contentsY(); d->m_extension->setURLArgs(args); } if (!d->m_restored) closeURL(); d->m_restoreScrollPosition = d->m_restored; disconnect(d->m_view, TQT_SIGNAL(finishedLayout()), this, TQT_SLOT(restoreScrollPosition())); connect(d->m_view, TQT_SIGNAL(finishedLayout()), this, TQT_SLOT(restoreScrollPosition())); // initializing m_url to the new url breaks relative links when opening such a link after this call and _before_ begin() is called (when the first // data arrives) (Simon) m_url = url; if(m_url.protocol().startsWith( "http" ) && !m_url.host().isEmpty() && m_url.path().isEmpty()) { m_url.setPath("/"); emit d->m_extension->setLocationBarURL( m_url.prettyURL() ); } // copy to m_workingURL after fixing m_url above d->m_workingURL = m_url; args.metaData().insert("main_frame_request", parentPart() == 0 ? "TRUE" : "FALSE" ); args.metaData().insert("ssl_parent_ip", d->m_ssl_parent_ip); args.metaData().insert("ssl_parent_cert", d->m_ssl_parent_cert); args.metaData().insert("PropagateHttpHeader", "true"); args.metaData().insert("ssl_was_in_use", d->m_ssl_in_use ? "TRUE" : "FALSE" ); args.metaData().insert("ssl_activate_warnings", "TRUE" ); args.metaData().insert("cross-domain", toplevelURL().url()); if (d->m_restored) { args.metaData().insert("referrer", d->m_pageReferrer); d->m_cachePolicy = KIO::CC_Cache; } else if (args.reload) d->m_cachePolicy = KIO::CC_Reload; else d->m_cachePolicy = KProtocolManager::cacheControl(); if ( args.doPost() && (m_url.protocol().startsWith("http")) ) { d->m_job = KIO::http_post( m_url, args.postData, false ); d->m_job->addMetaData("content-type", args.contentType() ); } else { d->m_job = KIO::get( m_url, false, false ); d->m_job->addMetaData("cache", KIO::getCacheControlString(d->m_cachePolicy)); } if (widget()) d->m_job->setWindow(widget()->topLevelWidget()); d->m_job->addMetaData(args.metaData()); connect( d->m_job, TQT_SIGNAL( result( KIO::Job* ) ), TQT_SLOT( slotFinished( KIO::Job* ) ) ); connect( d->m_job, TQT_SIGNAL( data( KIO::Job*, const TQByteArray& ) ), TQT_SLOT( slotData( KIO::Job*, const TQByteArray& ) ) ); connect ( d->m_job, TQT_SIGNAL( infoMessage( KIO::Job*, const TQString& ) ), TQT_SLOT( slotInfoMessage(KIO::Job*, const TQString& ) ) ); connect( d->m_job, TQT_SIGNAL(redirection(KIO::Job*, const KURL& ) ), TQT_SLOT( slotRedirection(KIO::Job*, const KURL&) ) ); d->m_bComplete = false; d->m_bLoadEventEmitted = false; // delete old status bar msg's from kjs (if it _was_ activated on last URL) if( d->m_bJScriptEnabled ) d->m_statusBarText[BarOverrideText] = d->m_statusBarText[BarDefaultText] = TQString(); // set the javascript flags according to the current url d->m_bJScriptEnabled = KHTMLFactory::defaultHTMLSettings()->isJavaScriptEnabled(url.host()); setDebugScript( KHTMLFactory::defaultHTMLSettings()->isJavaScriptDebugEnabled() ); d->m_bJavaEnabled = KHTMLFactory::defaultHTMLSettings()->isJavaEnabled(url.host()); d->m_bPluginsEnabled = KHTMLFactory::defaultHTMLSettings()->isPluginsEnabled(url.host()); connect( d->m_job, TQT_SIGNAL( speed( KIO::Job*, unsigned long ) ), this, TQT_SLOT( slotJobSpeed( KIO::Job*, unsigned long ) ) ); connect( d->m_job, TQT_SIGNAL( percent( KIO::Job*, unsigned long ) ), this, TQT_SLOT( slotJobPercent( KIO::Job*, unsigned long ) ) ); connect( d->m_job, TQT_SIGNAL( result( KIO::Job* ) ), this, TQT_SLOT( slotJobDone( KIO::Job* ) ) ); d->m_jobspeed = 0; // If this was an explicit reload and the user style sheet should be used, // do a stat to see whether the stylesheet was changed in the meanwhile. if ( args.reload && !settings()->userStyleSheet().isEmpty() ) { KURL url( settings()->userStyleSheet() ); KIO::StatJob *job = KIO::stat( url, false /* don't show progress */ ); connect( job, TQT_SIGNAL( result( KIO::Job * ) ), this, TQT_SLOT( slotUserSheetStatDone( KIO::Job * ) ) ); } emit started( 0L ); return true; } bool KHTMLPart::closeURL() { if ( d->m_job ) { KHTMLPageCache::self()->cancelEntry(d->m_cacheId); d->m_job->kill(); d->m_job = 0; } if ( d->m_doc && d->m_doc->isHTMLDocument() ) { HTMLDocumentImpl* hdoc = static_cast( d->m_doc ); if ( hdoc->body() && d->m_bLoadEventEmitted ) { hdoc->body()->dispatchWindowEvent( EventImpl::UNLOAD_EVENT, false, false ); if ( d->m_doc ) d->m_doc->updateRendering(); d->m_bLoadEventEmitted = false; } } d->m_bComplete = true; // to avoid emitting completed() in slotFinishedParsing() (David) d->m_bLoadEventEmitted = true; // don't want that one either d->m_cachePolicy = KProtocolManager::cacheControl(); // reset cache policy disconnect(d->m_view, TQT_SIGNAL(finishedLayout()), this, TQT_SLOT(restoreScrollPosition())); KHTMLPageCache::self()->cancelFetch(this); if ( d->m_doc && d->m_doc->parsing() ) { kdDebug( 6050 ) << " was still parsing... calling end " << endl; slotFinishedParsing(); d->m_doc->setParsing(false); } if ( !d->m_workingURL.isEmpty() ) { // Aborted before starting to render kdDebug( 6050 ) << "Aborted before starting to render, reverting location bar to " << m_url.prettyURL() << endl; emit d->m_extension->setLocationBarURL( m_url.prettyURL() ); } d->m_workingURL = KURL(); if ( d->m_doc && d->m_doc->docLoader() ) khtml::Cache::loader()->cancelRequests( d->m_doc->docLoader() ); // tell all subframes to stop as well { ConstFrameIt it = d->m_frames.begin(); const ConstFrameIt end = d->m_frames.end(); for (; it != end; ++it ) { if ( (*it)->m_run ) (*it)->m_run->abort(); if ( !( *it )->m_part.isNull() ) ( *it )->m_part->closeURL(); } } // tell all objects to stop as well { ConstFrameIt it = d->m_objects.begin(); const ConstFrameIt end = d->m_objects.end(); for (; it != end; ++it) { if ( !( *it )->m_part.isNull() ) ( *it )->m_part->closeURL(); } } // Stop any started redirections as well!! (DA) if ( d && d->m_redirectionTimer.isActive() ) d->m_redirectionTimer.stop(); // null node activated. emit nodeActivated(Node()); // make sure before clear() runs, we pop out of a dialog's message loop if ( d->m_view ) d->m_view->closeChildDialogs(); return true; } DOM::HTMLDocument KHTMLPart::htmlDocument() const { if (d->m_doc && d->m_doc->isHTMLDocument()) return static_cast(d->m_doc); else return static_cast(0); } DOM::Document KHTMLPart::document() const { return d->m_doc; } TQString KHTMLPart::documentSource() const { TQString sourceStr; if ( !( m_url.isLocalFile() ) && KHTMLPageCache::self()->isComplete( d->m_cacheId ) ) { TQByteArray sourceArray; TQDataStream dataStream( sourceArray, IO_WriteOnly ); KHTMLPageCache::self()->saveData( d->m_cacheId, &dataStream ); TQTextStream stream( sourceArray, IO_ReadOnly ); stream.setCodec( TQTextCodec::codecForName( encoding().latin1() ) ); sourceStr = stream.read(); } else { TQString tmpFile; if( KIO::NetAccess::download( m_url, tmpFile, NULL ) ) { TQFile f( tmpFile ); if ( f.open( IO_ReadOnly ) ) { TQTextStream stream( &f ); stream.setCodec( TQTextCodec::codecForName( encoding().latin1() ) ); sourceStr = stream.read(); f.close(); } KIO::NetAccess::removeTempFile( tmpFile ); } } return sourceStr; } KParts::BrowserExtension *KHTMLPart::browserExtension() const { return d->m_extension; } KParts::BrowserHostExtension *KHTMLPart::browserHostExtension() const { return d->m_hostExtension; } KHTMLView *KHTMLPart::view() const { return d->m_view; } void KHTMLPart::setStatusMessagesEnabled( bool enable ) { d->m_statusMessagesEnabled = enable; } KJS::Interpreter *KHTMLPart::jScriptInterpreter() { KJSProxy *proxy = jScript(); if (!proxy || proxy->paused()) return 0; return proxy->interpreter(); } bool KHTMLPart::statusMessagesEnabled() const { return d->m_statusMessagesEnabled; } void KHTMLPart::setJScriptEnabled( bool enable ) { if ( !enable && jScriptEnabled() && d->m_frame && d->m_frame->m_jscript ) { d->m_frame->m_jscript->clear(); } d->m_bJScriptForce = enable; d->m_bJScriptOverride = true; } bool KHTMLPart::jScriptEnabled() const { if(onlyLocalReferences()) return false; if ( d->m_bJScriptOverride ) return d->m_bJScriptForce; return d->m_bJScriptEnabled; } void KHTMLPart::setMetaRefreshEnabled( bool enable ) { d->m_metaRefreshEnabled = enable; } bool KHTMLPart::metaRefreshEnabled() const { return d->m_metaRefreshEnabled; } // Define this to disable dlopening kjs_html, when directly linking to it. // You need to edit khtml/Makefile.am to add ./ecma/libkjs_html.la to LIBADD // and to edit khtml/ecma/Makefile.am to s/kjs_html/libkjs_html/, remove libkhtml from LIBADD, // remove LDFLAGS line, and replace kde_module with either lib (shared) or noinst (static) // Also, change the order of "ecma" and "." in khtml's SUBDIRS line. // OK - that's the default now, use the opposite of the above instructions to go back // to "dlopening it" - but it breaks exception catching in kjs_binding.cpp #define DIRECT_LINKAGE_TO_ECMA #ifdef DIRECT_LINKAGE_TO_ECMA extern "C" { KJSProxy *kjs_html_init(khtml::ChildFrame * childframe); } #endif static bool createJScript(khtml::ChildFrame *frame) { #ifndef DIRECT_LINKAGE_TO_ECMA KLibrary *lib = KLibLoader::self()->library("kjs_html"); if ( !lib ) { setJScriptEnabled( false ); return false; } // look for plain C init function void *sym = lib->symbol("kjs_html_init"); if ( !sym ) { lib->unload(); setJScriptEnabled( false ); return false; } typedef KJSProxy* (*initFunction)(khtml::ChildFrame *); initFunction initSym = (initFunction) sym; frame->m_jscript = (*initSym)(d->m_frame); frame->m_kjs_lib = lib; #else frame->m_jscript = kjs_html_init(frame); // frame->m_kjs_lib remains 0L. #endif return true; } KJSProxy *KHTMLPart::jScript() { if (!jScriptEnabled()) return 0; if ( !d->m_frame ) { KHTMLPart * p = parentPart(); if (!p) { d->m_frame = new khtml::ChildFrame; d->m_frame->m_part = this; } else { ConstFrameIt it = p->d->m_frames.begin(); const ConstFrameIt end = p->d->m_frames.end(); for (; it != end; ++it) if ((*it)->m_part.operator->() == this) { d->m_frame = *it; break; } } if ( !d->m_frame ) return 0; } if ( !d->m_frame->m_jscript ) if (!createJScript(d->m_frame)) return 0; if (d->m_bJScriptDebugEnabled) d->m_frame->m_jscript->setDebugEnabled(true); return d->m_frame->m_jscript; } TQVariant KHTMLPart::crossFrameExecuteScript(const TQString& target, const TQString& script) { KHTMLPart* destpart = this; TQString trg = target.lower(); if (target == "_top") { while (destpart->parentPart()) destpart = destpart->parentPart(); } else if (target == "_parent") { if (parentPart()) destpart = parentPart(); } else if (target == "_self" || target == "_blank") { // we always allow these } else { destpart = findFrame(target); if (!destpart) destpart = this; } // easy way out? if (destpart == this) return executeScript(DOM::Node(), script); // now compare the domains if (destpart->checkFrameAccess(this)) return destpart->executeScript(DOM::Node(), script); // eww, something went wrong. better execute it in our frame return executeScript(DOM::Node(), script); } //Enable this to see all JS scripts being executed //#define KJS_VERBOSE KJSErrorDlg *KHTMLPart::jsErrorExtension() { if (!d->m_settings->jsErrorsEnabled()) { return 0L; } if (parentPart()) { return parentPart()->jsErrorExtension(); } if (!d->m_statusBarJSErrorLabel) { d->m_statusBarJSErrorLabel = new KURLLabel(d->m_statusBarExtension->statusBar()); d->m_statusBarJSErrorLabel->setFixedHeight(instance()->iconLoader()->currentSize(KIcon::Small)); d->m_statusBarJSErrorLabel->setSizePolicy(TQSizePolicy(TQSizePolicy::Fixed, TQSizePolicy::Fixed)); d->m_statusBarJSErrorLabel->setUseCursor(false); d->m_statusBarExtension->addStatusBarItem(d->m_statusBarJSErrorLabel, 0, false); TQToolTip::add(d->m_statusBarJSErrorLabel, i18n("This web page contains coding errors.")); d->m_statusBarJSErrorLabel->setPixmap(SmallIcon("bug", instance())); connect(d->m_statusBarJSErrorLabel, TQT_SIGNAL(leftClickedURL()), TQT_SLOT(launchJSErrorDialog())); connect(d->m_statusBarJSErrorLabel, TQT_SIGNAL(rightClickedURL()), TQT_SLOT(jsErrorDialogContextMenu())); } if (!d->m_jsedlg) { d->m_jsedlg = new KJSErrorDlg; d->m_jsedlg->setURL(m_url.prettyURL()); if (KGlobalSettings::showIconsOnPushButtons()) { d->m_jsedlg->_clear->setIconSet(SmallIconSet("locationbar_erase")); d->m_jsedlg->_close->setIconSet(SmallIconSet("fileclose")); } } return d->m_jsedlg; } void KHTMLPart::removeJSErrorExtension() { if (parentPart()) { parentPart()->removeJSErrorExtension(); return; } if (d->m_statusBarJSErrorLabel != 0) { d->m_statusBarExtension->removeStatusBarItem( d->m_statusBarJSErrorLabel ); delete d->m_statusBarJSErrorLabel; d->m_statusBarJSErrorLabel = 0; } delete d->m_jsedlg; d->m_jsedlg = 0; } void KHTMLPart::disableJSErrorExtension() { removeJSErrorExtension(); // These two lines are really kind of hacky, and it sucks to do this inside // KHTML but I don't know of anything that's reasonably easy as an alternative // right now. It makes me wonder if there should be a more clean way to // contact all running "KHTML" instance as opposed to Konqueror instances too. d->m_settings->setJSErrorsEnabled(false); DCOPClient::mainClient()->send("konqueror*", "KonquerorIface", "reparseConfiguration()", TQByteArray()); } void KHTMLPart::jsErrorDialogContextMenu() { KPopupMenu *m = new KPopupMenu(0L); m->insertItem(i18n("&Hide Errors"), this, TQT_SLOT(removeJSErrorExtension())); m->insertItem(i18n("&Disable Error Reporting"), this, TQT_SLOT(disableJSErrorExtension())); m->popup(TQCursor::pos()); } void KHTMLPart::launchJSErrorDialog() { KJSErrorDlg *dlg = jsErrorExtension(); if (dlg) { dlg->show(); dlg->raise(); } } void KHTMLPart::launchJSConfigDialog() { TQStringList args; args << "khtml_java_js"; KApplication::kdeinitExec( "kcmshell", args ); } TQVariant KHTMLPart::executeScript(const TQString& filename, int baseLine, const DOM::Node& n, const TQString& script) { #ifdef KJS_VERBOSE // The script is now printed by KJS's Parser::parse kdDebug(6070) << "executeScript: caller='" << name() << "' filename=" << filename << " baseLine=" << baseLine /*<< " script=" << script*/ << endl; #endif KJSProxy *proxy = jScript(); if (!proxy || proxy->paused()) return TQVariant(); KJS::Completion comp; TQVariant ret = proxy->evaluate(filename, baseLine, script, n, &comp); /* * Error handling */ if (comp.complType() == KJS::Throw && !comp.value().isNull()) { KJSErrorDlg *dlg = jsErrorExtension(); if (dlg) { KJS::UString msg = comp.value().toString(proxy->interpreter()->globalExec()); dlg->addError(i18n("Error: %1: %2").arg(filename, msg.qstring())); } } // Handle immediate redirects now (e.g. location='foo') if ( !d->m_redirectURL.isEmpty() && d->m_delayRedirect == -1 ) { kdDebug(6070) << "executeScript done, handling immediate redirection NOW" << endl; // Must abort tokenizer, no further script must execute. khtml::Tokenizer* t = d->m_doc->tokenizer(); if(t) t->abort(); d->m_redirectionTimer.start( 0, true ); } return ret; } TQVariant KHTMLPart::executeScript( const TQString &script ) { return executeScript( DOM::Node(), script ); } TQVariant KHTMLPart::executeScript( const DOM::Node &n, const TQString &script ) { #ifdef KJS_VERBOSE kdDebug(6070) << "KHTMLPart::executeScript caller='" << name() << "' node=" << n.nodeName().string().latin1() << "(" << (n.isNull() ? 0 : n.nodeType()) << ") " /* << script */ << endl; #endif KJSProxy *proxy = jScript(); if (!proxy || proxy->paused()) return TQVariant(); ++(d->m_runningScripts); KJS::Completion comp; const TQVariant ret = proxy->evaluate( TQString(), 1, script, n, &comp ); --(d->m_runningScripts); /* * Error handling */ if (comp.complType() == KJS::Throw && !comp.value().isNull()) { KJSErrorDlg *dlg = jsErrorExtension(); if (dlg) { KJS::UString msg = comp.value().toString(proxy->interpreter()->globalExec()); dlg->addError(i18n("Error: node %1: %2").arg(n.nodeName().string()).arg(msg.qstring())); } } if (!d->m_runningScripts && d->m_doc && !d->m_doc->parsing() && d->m_submitForm ) submitFormAgain(); #ifdef KJS_VERBOSE kdDebug(6070) << "KHTMLPart::executeScript - done" << endl; #endif return ret; } bool KHTMLPart::scheduleScript(const DOM::Node &n, const TQString& script) { //kdDebug(6050) << "KHTMLPart::scheduleScript "<< script << endl; d->scheduledScript = script; d->scheduledScriptNode = n; return true; } TQVariant KHTMLPart::executeScheduledScript() { if( d->scheduledScript.isEmpty() ) return TQVariant(); //kdDebug(6050) << "executing delayed " << d->scheduledScript << endl; TQVariant ret = executeScript( d->scheduledScriptNode, d->scheduledScript ); d->scheduledScript = TQString(); d->scheduledScriptNode = DOM::Node(); return ret; } void KHTMLPart::setJavaEnabled( bool enable ) { d->m_bJavaForce = enable; d->m_bJavaOverride = true; } bool KHTMLPart::javaEnabled() const { if (onlyLocalReferences()) return false; #ifndef Q_WS_QWS if( d->m_bJavaOverride ) return d->m_bJavaForce; return d->m_bJavaEnabled; #else return false; #endif } KJavaAppletContext *KHTMLPart::javaContext() { return 0; } KJavaAppletContext *KHTMLPart::createJavaContext() { return 0; } void KHTMLPart::setPluginsEnabled( bool enable ) { d->m_bPluginsForce = enable; d->m_bPluginsOverride = true; } bool KHTMLPart::pluginsEnabled() const { if (onlyLocalReferences()) return false; if ( d->m_bPluginsOverride ) return d->m_bPluginsForce; return d->m_bPluginsEnabled; } static int s_DOMTreeIndentLevel = 0; void KHTMLPart::slotDebugDOMTree() { if ( d->m_doc && d->m_doc->firstChild() ) qDebug("%s", d->m_doc->firstChild()->toString().string().latin1()); // Now print the contents of the frames that contain HTML const int indentLevel = s_DOMTreeIndentLevel++; ConstFrameIt it = d->m_frames.begin(); const ConstFrameIt end = d->m_frames.end(); for (; it != end; ++it ) if ( !( *it )->m_part.isNull() && (*it)->m_part->inherits( "KHTMLPart" ) ) { KParts::ReadOnlyPart* const p = ( *it )->m_part; kdDebug(6050) << TQString().leftJustify(s_DOMTreeIndentLevel*4,' ') << "FRAME " << p->name() << " " << endl; static_cast( p )->slotDebugDOMTree(); } s_DOMTreeIndentLevel = indentLevel; } void KHTMLPart::slotDebugScript() { if (jScript()) jScript()->showDebugWindow(); } void KHTMLPart::slotDebugRenderTree() { #ifndef NDEBUG if ( d->m_doc ) { d->m_doc->renderer()->printTree(); // dump out the contents of the rendering & DOM trees // TQString dumps; // TQTextStream outputStream(dumps,IO_WriteOnly); // d->m_doc->renderer()->layer()->dump( outputStream ); // kdDebug() << "dump output:" << "\n" + dumps; } #endif } void KHTMLPart::slotStopAnimations() { stopAnimations(); } void KHTMLPart::setAutoloadImages( bool enable ) { if ( d->m_doc && d->m_doc->docLoader()->autoloadImages() == enable ) return; if ( d->m_doc ) d->m_doc->docLoader()->setAutoloadImages( enable ); unplugActionList( "loadImages" ); if ( enable ) { delete d->m_paLoadImages; d->m_paLoadImages = 0; } else if ( !d->m_paLoadImages ) d->m_paLoadImages = new KAction( i18n( "Display Images on Page" ), "images_display", 0, this, TQT_SLOT( slotLoadImages() ), actionCollection(), "loadImages" ); if ( d->m_paLoadImages ) { TQPtrList lst; lst.append( d->m_paLoadImages ); plugActionList( "loadImages", lst ); } } bool KHTMLPart::autoloadImages() const { if ( d->m_doc ) return d->m_doc->docLoader()->autoloadImages(); return true; } void KHTMLPart::clear() { if ( d->m_bCleared ) return; d->m_bCleared = true; d->m_bClearing = true; { ConstFrameIt it = d->m_frames.begin(); const ConstFrameIt end = d->m_frames.end(); for(; it != end; ++it ) { // Stop HTMLRun jobs for frames if ( (*it)->m_run ) (*it)->m_run->abort(); } } { ConstFrameIt it = d->m_objects.begin(); const ConstFrameIt end = d->m_objects.end(); for(; it != end; ++it ) { // Stop HTMLRun jobs for objects if ( (*it)->m_run ) (*it)->m_run->abort(); } } findTextBegin(); // resets d->m_findNode and d->m_findPos d->m_mousePressNode = DOM::Node(); if ( d->m_doc ) { if (d->m_doc->attached()) //the view may have detached it already d->m_doc->detach(); } // Moving past doc so that onUnload works. if ( d->m_frame && d->m_frame->m_jscript ) d->m_frame->m_jscript->clear(); // stopping marquees if (d->m_doc && d->m_doc->renderer() && d->m_doc->renderer()->layer()) d->m_doc->renderer()->layer()->suspendMarquees(); if ( d->m_view ) d->m_view->clear(); // do not dereference the document before the jscript and view are cleared, as some destructors // might still try to access the document. if ( d->m_doc ) { d->m_doc->deref(); } d->m_doc = 0; delete d->m_decoder; d->m_decoder = 0; // We don't want to change between parts if we are going to delete all of them anyway disconnect( partManager(), TQT_SIGNAL( activePartChanged( KParts::Part * ) ), this, TQT_SLOT( slotActiveFrameChanged( KParts::Part * ) ) ); if (d->m_frames.count()) { KHTMLFrameList frames = d->m_frames; d->m_frames.clear(); ConstFrameIt it = frames.begin(); const ConstFrameIt end = frames.end(); for(; it != end; ++it ) { if ( (*it)->m_part ) { partManager()->removePart( (*it)->m_part ); delete (KParts::ReadOnlyPart *)(*it)->m_part; } delete *it; } } d->m_suppressedPopupOriginParts.clear(); if (d->m_objects.count()) { KHTMLFrameList objects = d->m_objects; d->m_objects.clear(); ConstFrameIt oi = objects.begin(); const ConstFrameIt oiEnd = objects.end(); for (; oi != oiEnd; ++oi ) delete *oi; } // Listen to part changes again connect( partManager(), TQT_SIGNAL( activePartChanged( KParts::Part * ) ), this, TQT_SLOT( slotActiveFrameChanged( KParts::Part * ) ) ); d->m_delayRedirect = 0; d->m_redirectURL = TQString(); d->m_redirectionTimer.stop(); d->m_redirectLockHistory = true; d->m_bClearing = false; d->m_frameNameId = 1; d->m_bFirstData = true; d->m_bMousePressed = false; d->m_selectionStart = DOM::Node(); d->m_selectionEnd = DOM::Node(); d->m_startOffset = 0; d->m_endOffset = 0; #ifndef QT_NO_CLIPBOARD connect( kapp->clipboard(), TQT_SIGNAL( selectionChanged()), TQT_SLOT( slotClearSelection())); #endif d->m_jobPercent = 0; if ( !d->m_haveEncoding ) d->m_encoding = TQString(); #ifdef SPEED_DEBUG d->m_parsetime.restart(); #endif } bool KHTMLPart::openFile() { return true; } DOM::HTMLDocumentImpl *KHTMLPart::docImpl() const { if ( d && d->m_doc && d->m_doc->isHTMLDocument() ) return static_cast(d->m_doc); return 0; } DOM::DocumentImpl *KHTMLPart::xmlDocImpl() const { if ( d ) return d->m_doc; return 0; } void KHTMLPart::slotInfoMessage(KIO::Job* kio_job, const TQString& msg) { assert(d->m_job == kio_job); if (!parentPart()) setStatusBarText(msg, BarDefaultText); } void KHTMLPart::setPageSecurity( PageSecurity sec ) { emit d->m_extension->setPageSecurity( sec ); if ( sec != NotCrypted && !d->m_statusBarIconLabel && !parentPart() ) { d->m_statusBarIconLabel = new KURLLabel( d->m_statusBarExtension->statusBar() ); d->m_statusBarIconLabel->setFixedHeight( instance()->iconLoader()->currentSize(KIcon::Small) ); d->m_statusBarIconLabel->setSizePolicy(TQSizePolicy( TQSizePolicy::Fixed, TQSizePolicy::Fixed )); d->m_statusBarIconLabel->setUseCursor( false ); d->m_statusBarExtension->addStatusBarItem( d->m_statusBarIconLabel, 0, false ); connect( d->m_statusBarIconLabel, TQT_SIGNAL( leftClickedURL() ), TQT_SLOT( slotSecurity() ) ); } else if (d->m_statusBarIconLabel) { TQToolTip::remove(d->m_statusBarIconLabel); } if (d->m_statusBarIconLabel) { if (d->m_ssl_in_use) TQToolTip::add(d->m_statusBarIconLabel, i18n("Session is secured with %1 bit %2.").arg(d->m_ssl_cipher_used_bits).arg(d->m_ssl_cipher)); else TQToolTip::add(d->m_statusBarIconLabel, i18n("Session is not secured.")); } TQString iconName; switch (sec) { case NotCrypted: iconName = "decrypted"; if ( d->m_statusBarIconLabel ) { d->m_statusBarExtension->removeStatusBarItem( d->m_statusBarIconLabel ); delete d->m_statusBarIconLabel; d->m_statusBarIconLabel = 0L; } break; case Encrypted: iconName = "encrypted"; break; case Mixed: iconName = "halfencrypted"; break; } d->m_paSecurity->setIcon( iconName ); if ( d->m_statusBarIconLabel ) d->m_statusBarIconLabel->setPixmap( SmallIcon( iconName, instance() ) ); } void KHTMLPart::slotData( KIO::Job* kio_job, const TQByteArray &data ) { assert ( d->m_job == kio_job ); //kdDebug( 6050 ) << "slotData: " << data.size() << endl; // The first data ? if ( !d->m_workingURL.isEmpty() ) { //kdDebug( 6050 ) << "begin!" << endl; // We must suspend KIO while we're inside begin() because it can cause // crashes if a window (such as kjsdebugger) goes back into the event loop, // more data arrives, and begin() gets called again (re-entered). d->m_job->suspend(); begin( d->m_workingURL, d->m_extension->urlArgs().xOffset, d->m_extension->urlArgs().yOffset ); d->m_job->resume(); if (d->m_cachePolicy == KIO::CC_Refresh) d->m_doc->docLoader()->setCachePolicy(KIO::CC_Verify); else d->m_doc->docLoader()->setCachePolicy(d->m_cachePolicy); d->m_workingURL = KURL(); d->m_cacheId = KHTMLPageCache::self()->createCacheEntry(); // When the first data arrives, the metadata has just been made available d->m_httpHeaders = d->m_job->queryMetaData("HTTP-Headers"); time_t cacheCreationDate = d->m_job->queryMetaData("cache-creation-date").toLong(); d->m_doc->docLoader()->setCacheCreationDate(cacheCreationDate); d->m_pageServices = d->m_job->queryMetaData("PageServices"); d->m_pageReferrer = d->m_job->queryMetaData("referrer"); d->m_bSecurityInQuestion = false; d->m_ssl_in_use = (d->m_job->queryMetaData("ssl_in_use") == "TRUE"); { KHTMLPart *p = parentPart(); if (p && p->d->m_ssl_in_use != d->m_ssl_in_use) { while (p->parentPart()) p = p->parentPart(); p->setPageSecurity( Mixed ); p->d->m_bSecurityInQuestion = true; } } setPageSecurity( d->m_ssl_in_use ? Encrypted : NotCrypted ); // Shouldn't all of this be done only if ssl_in_use == true ? (DF) d->m_ssl_parent_ip = d->m_job->queryMetaData("ssl_parent_ip"); d->m_ssl_parent_cert = d->m_job->queryMetaData("ssl_parent_cert"); d->m_ssl_peer_certificate = d->m_job->queryMetaData("ssl_peer_certificate"); d->m_ssl_peer_chain = d->m_job->queryMetaData("ssl_peer_chain"); d->m_ssl_peer_ip = d->m_job->queryMetaData("ssl_peer_ip"); d->m_ssl_cipher = d->m_job->queryMetaData("ssl_cipher"); d->m_ssl_cipher_desc = d->m_job->queryMetaData("ssl_cipher_desc"); d->m_ssl_cipher_version = d->m_job->queryMetaData("ssl_cipher_version"); d->m_ssl_cipher_used_bits = d->m_job->queryMetaData("ssl_cipher_used_bits"); d->m_ssl_cipher_bits = d->m_job->queryMetaData("ssl_cipher_bits"); d->m_ssl_cert_state = d->m_job->queryMetaData("ssl_cert_state"); if (d->m_statusBarIconLabel) { TQToolTip::remove(d->m_statusBarIconLabel); if (d->m_ssl_in_use) { TQToolTip::add(d->m_statusBarIconLabel, i18n("Session is secured with %1 bit %2.").arg(d->m_ssl_cipher_used_bits).arg(d->m_ssl_cipher)); } else { TQToolTip::add(d->m_statusBarIconLabel, i18n("Session is not secured.")); } } // Check for charset meta-data TQString qData = d->m_job->queryMetaData("charset"); if ( !qData.isEmpty() && !d->m_haveEncoding ) // only use information if the user didn't override the settings d->m_encoding = qData; // Support for http-refresh qData = d->m_job->queryMetaData("http-refresh"); if( !qData.isEmpty()) d->m_doc->processHttpEquiv("refresh", qData); // DISABLED: Support Content-Location per section 14.14 of RFC 2616. // See BR# 51185,BR# 82747 /* TQString baseURL = d->m_job->queryMetaData ("content-location"); if (!baseURL.isEmpty()) d->m_doc->setBaseURL(KURL( d->m_doc->completeURL(baseURL) )); */ // Support for Content-Language TQString language = d->m_job->queryMetaData("content-language"); if (!language.isEmpty()) d->m_doc->setContentLanguage(language); if ( !m_url.isLocalFile() ) { // Support for http last-modified d->m_lastModified = d->m_job->queryMetaData("modified"); } else d->m_lastModified = TQString(); // done on-demand by lastModified() } KHTMLPageCache::self()->addData(d->m_cacheId, data); write( data.data(), data.size() ); if (d->m_frame && d->m_frame->m_jscript) d->m_frame->m_jscript->dataReceived(); } void KHTMLPart::slotRestoreData(const TQByteArray &data ) { // The first data ? if ( !d->m_workingURL.isEmpty() ) { long saveCacheId = d->m_cacheId; TQString savePageReferrer = d->m_pageReferrer; TQString saveEncoding = d->m_encoding; begin( d->m_workingURL, d->m_extension->urlArgs().xOffset, d->m_extension->urlArgs().yOffset ); d->m_encoding = saveEncoding; d->m_pageReferrer = savePageReferrer; d->m_cacheId = saveCacheId; d->m_workingURL = KURL(); } //kdDebug( 6050 ) << "slotRestoreData: " << data.size() << endl; write( data.data(), data.size() ); if (data.size() == 0) { //kdDebug( 6050 ) << "slotRestoreData: <>" << endl; // End of data. if (d->m_doc && d->m_doc->parsing()) end(); //will emit completed() } } void KHTMLPart::showError( KIO::Job* job ) { kdDebug(6050) << "KHTMLPart::showError d->m_bParsing=" << (d->m_doc && d->m_doc->parsing()) << " d->m_bComplete=" << d->m_bComplete << " d->m_bCleared=" << d->m_bCleared << endl; if (job->error() == KIO::ERR_NO_CONTENT) return; if ( (d->m_doc && d->m_doc->parsing()) || d->m_workingURL.isEmpty() ) // if we got any data already job->showErrorDialog( /*d->m_view*/ ); else { htmlError( job->error(), job->errorText(), d->m_workingURL ); } } // This is a protected method, placed here because of it's relevance to showError void KHTMLPart::htmlError( int errorCode, const TQString& text, const KURL& reqUrl ) { kdDebug(6050) << "KHTMLPart::htmlError errorCode=" << errorCode << " text=" << text << endl; // make sure we're not executing any embedded JS bool bJSFO = d->m_bJScriptForce; bool bJSOO = d->m_bJScriptOverride; d->m_bJScriptForce = false; d->m_bJScriptOverride = true; begin(); TQString errText = TQString::fromLatin1( "" ) .arg(TQApplication::reverseLayout() ? "rtl" : "ltr"); errText += i18n( "Error while loading %1" ).arg( reqUrl.htmlURL() ); errText += TQString::fromLatin1( "

" ); errText += i18n( "An error occurred while loading %1:" ).arg( reqUrl.htmlURL() ); errText += TQString::fromLatin1( "

" ); errText += TQStyleSheet::convertFromPlainText( KIO::buildErrorString( errorCode, text ) ); errText += TQString::fromLatin1( "" ); write(errText); end(); d->m_bJScriptForce = bJSFO; d->m_bJScriptOverride = bJSOO; // make the working url the current url, so that reload works and // emit the progress signals to advance one step in the history // (so that 'back' works) m_url = reqUrl; // same as d->m_workingURL d->m_workingURL = KURL(); emit started( 0 ); emit completed(); return; // following disabled until 3.1 TQString errorName, techName, description; TQStringList causes, solutions; TQByteArray raw = KIO::rawErrorDetail( errorCode, text, &reqUrl ); TQDataStream stream(raw, IO_ReadOnly); stream >> errorName >> techName >> description >> causes >> solutions; TQString url, protocol, datetime; url = reqUrl.prettyURL(); protocol = reqUrl.protocol(); datetime = KGlobal::locale()->formatDateTime( TQDateTime::currentDateTime(), false ); TQString doc = TQString::fromLatin1( "" ); doc += i18n( "Error: " ); doc += errorName; doc += TQString::fromLatin1( " - %1

" ).arg( url ); doc += i18n( "The requested operation could not be completed" ); doc += TQString::fromLatin1( "

" ); doc += errorName; doc += TQString::fromLatin1( "

" ); if ( !techName.isNull() ) { doc += TQString::fromLatin1( "

" ); doc += i18n( "Technical Reason: " ); doc += techName; doc += TQString::fromLatin1( "

" ); } doc += TQString::fromLatin1( "

" ); doc += i18n( "Details of the Request:" ); doc += TQString::fromLatin1( "

  • " ); doc += i18n( "URL: %1" ).arg( url ); doc += TQString::fromLatin1( "
  • " ); if ( !protocol.isNull() ) { // uncomment for 3.1... i18n change // doc += i18n( "Protocol: %1" ).arg( protocol ).arg( protocol ); doc += TQString::fromLatin1( "
  • " ); } doc += i18n( "Date and Time: %1" ).arg( datetime ); doc += TQString::fromLatin1( "
  • " ); doc += i18n( "Additional Information: %1" ).arg( text ); doc += TQString::fromLatin1( "

" ); doc += i18n( "Description:" ); doc += TQString::fromLatin1( "

" ); doc += description; doc += TQString::fromLatin1( "

" ); if ( causes.count() ) { doc += TQString::fromLatin1( "

" ); doc += i18n( "Possible Causes:" ); doc += TQString::fromLatin1( "

  • " ); doc += causes.join( "
  • " ); doc += TQString::fromLatin1( "
" ); } if ( solutions.count() ) { doc += TQString::fromLatin1( "

" ); doc += i18n( "Possible Solutions:" ); doc += TQString::fromLatin1( "

  • " ); doc += solutions.join( "
  • " ); doc += TQString::fromLatin1( "
" ); } doc += TQString::fromLatin1( "" ); write( doc ); end(); } void KHTMLPart::slotFinished( KIO::Job * job ) { d->m_job = 0L; d->m_jobspeed = 0L; if (job->error()) { KHTMLPageCache::self()->cancelEntry(d->m_cacheId); // The following catches errors that occur as a result of HTTP // to FTP redirections where the FTP URL is a directory. Since // KIO cannot change a redirection request from GET to LISTDIR, // we have to take care of it here once we know for sure it is // a directory... if (job->error() == KIO::ERR_IS_DIRECTORY) { KParts::URLArgs args; emit d->m_extension->openURLRequest( d->m_workingURL, args ); } else { emit canceled( job->errorString() ); // TODO: what else ? checkCompleted(); showError( job ); } return; } KIO::TransferJob *tjob = ::tqqt_cast(job); if (tjob && tjob->isErrorPage()) { khtml::RenderPart *renderPart = d->m_frame ? static_cast(d->m_frame->m_frame) : 0; if (renderPart) { HTMLObjectElementImpl* elt = static_cast(renderPart->element()); if (!elt) return; elt->renderAlternative(); checkCompleted(); } if (d->m_bComplete) return; } //kdDebug( 6050 ) << "slotFinished" << endl; KHTMLPageCache::self()->endData(d->m_cacheId); if (d->m_frame && d->m_frame->m_jscript) d->m_frame->m_jscript->dataReceived(); if ( d->m_doc && d->m_doc->docLoader()->expireDate() && m_url.protocol().lower().startsWith("http")) KIO::http_update_cache(m_url, false, d->m_doc->docLoader()->expireDate()); d->m_workingURL = KURL(); if ( d->m_doc && d->m_doc->parsing()) end(); //will emit completed() } void KHTMLPart::begin( const KURL &url, int xOffset, int yOffset ) { // No need to show this for a new page until an error is triggered if (!parentPart()) { removeJSErrorExtension(); setSuppressedPopupIndicator( false ); d->m_openableSuppressedPopups = 0; for ( TQValueListIterator > i = d->m_suppressedPopupOriginParts.begin(); i != d->m_suppressedPopupOriginParts.end(); ++i ) { if (KHTMLPart* part = *i) { KJS::Window *w = KJS::Window::retrieveWindow( part ); if (w) w->forgetSuppressedWindows(); } } } clear(); d->m_bCleared = false; d->m_cacheId = 0; d->m_bComplete = false; d->m_bLoadEventEmitted = false; if(url.isValid()) { TQString urlString = url.url(); KHTMLFactory::vLinks()->insert( urlString ); TQString urlString2 = url.prettyURL(); if ( urlString != urlString2 ) { KHTMLFactory::vLinks()->insert( urlString2 ); } } // ### //stopParser(); KParts::URLArgs args( d->m_extension->urlArgs() ); args.xOffset = xOffset; args.yOffset = yOffset; d->m_extension->setURLArgs( args ); d->m_pageReferrer = TQString(); KURL ref(url); d->m_referrer = ref.protocol().startsWith("http") ? ref.url() : ""; m_url = url; bool servedAsXHTML = args.serviceType == "application/xhtml+xml"; bool servedAsXML = KMimeType::mimeType(args.serviceType)->is( "text/xml" ); // ### not sure if XHTML documents served as text/xml should use DocumentImpl or HTMLDocumentImpl if ( servedAsXML && !servedAsXHTML ) { // any XML derivative, except XHTML d->m_doc = DOMImplementationImpl::instance()->createDocument( d->m_view ); } else { d->m_doc = DOMImplementationImpl::instance()->createHTMLDocument( d->m_view ); // HTML or XHTML? (#86446) static_cast(d->m_doc)->setHTMLRequested( !servedAsXHTML ); } #ifndef KHTML_NO_CARET // d->m_view->initCaret(); #endif d->m_doc->ref(); d->m_doc->setURL( m_url.url() ); if (!d->m_doc->attached()) d->m_doc->attach( ); d->m_doc->setBaseURL( KURL() ); d->m_doc->docLoader()->setShowAnimations( KHTMLFactory::defaultHTMLSettings()->showAnimations() ); emit docCreated(); d->m_paUseStylesheet->setItems(TQStringList()); d->m_paUseStylesheet->setEnabled( false ); setAutoloadImages( KHTMLFactory::defaultHTMLSettings()->autoLoadImages() ); TQString userStyleSheet = KHTMLFactory::defaultHTMLSettings()->userStyleSheet(); if ( !userStyleSheet.isEmpty() ) setUserStyleSheet( KURL( userStyleSheet ) ); d->m_doc->setRestoreState(args.docState); d->m_doc->open(); connect(d->m_doc,TQT_SIGNAL(finishedParsing()),this,TQT_SLOT(slotFinishedParsing())); emit d->m_extension->enableAction( "print", true ); d->m_doc->setParsing(true); } void KHTMLPart::write( const char *str, int len ) { if ( !d->m_decoder ) d->m_decoder = createDecoder(); if ( len == -1 ) len = strlen( str ); if ( len == 0 ) return; TQString decoded = d->m_decoder->decode( str, len ); if(decoded.isEmpty()) return; if(d->m_bFirstData) { // determine the parse mode d->m_doc->determineParseMode( decoded ); d->m_bFirstData = false; //kdDebug(6050) << "KHTMLPart::write haveEnc = " << d->m_haveEncoding << endl; // ### this is still quite hacky, but should work a lot better than the old solution if(d->m_decoder->visuallyOrdered()) d->m_doc->setVisuallyOrdered(); d->m_doc->setDecoderCodec(d->m_decoder->codec()); d->m_doc->recalcStyle( NodeImpl::Force ); } khtml::Tokenizer* t = d->m_doc->tokenizer(); if(t) t->write( decoded, true ); } void KHTMLPart::write( const TQString &str ) { if ( str.isNull() ) return; if(d->m_bFirstData) { // determine the parse mode d->m_doc->setParseMode( DocumentImpl::Strict ); d->m_bFirstData = false; } khtml::Tokenizer* t = d->m_doc->tokenizer(); if(t) t->write( str, true ); } void KHTMLPart::end() { if (d->m_doc) { if (d->m_decoder) { TQString decoded = d->m_decoder->flush(); if (d->m_bFirstData) { d->m_bFirstData = false; d->m_doc->determineParseMode(decoded); } write(decoded); } d->m_doc->finishParsing(); } } bool KHTMLPart::doOpenStream( const TQString& mimeType ) { KMimeType::Ptr mime = KMimeType::mimeType(mimeType); if ( mime->is( "text/html" ) || mime->is( "text/xml" ) ) { begin( url() ); return true; } return false; } bool KHTMLPart::doWriteStream( const TQByteArray& data ) { write( data.data(), data.size() ); return true; } bool KHTMLPart::doCloseStream() { end(); return true; } void KHTMLPart::paint(TQPainter *p, const TQRect &rc, int yOff, bool *more) { if (!d->m_view) return; d->m_view->paint(p, rc, yOff, more); } void KHTMLPart::stopAnimations() { if ( d->m_doc ) d->m_doc->docLoader()->setShowAnimations( KHTMLSettings::KAnimationDisabled ); ConstFrameIt it = d->m_frames.begin(); const ConstFrameIt end = d->m_frames.end(); for (; it != end; ++it ) if ( !(*it)->m_part.isNull() && (*it)->m_part->inherits( "KHTMLPart" ) ) { KParts::ReadOnlyPart* const p = ( *it )->m_part; static_cast( p )->stopAnimations(); } } void KHTMLPart::resetFromScript() { closeURL(); d->m_bComplete = false; d->m_bLoadEventEmitted = false; disconnect(d->m_doc,TQT_SIGNAL(finishedParsing()),this,TQT_SLOT(slotFinishedParsing())); connect(d->m_doc,TQT_SIGNAL(finishedParsing()),this,TQT_SLOT(slotFinishedParsing())); d->m_doc->setParsing(true); emit started( 0L ); } void KHTMLPart::slotFinishedParsing() { d->m_doc->setParsing(false); checkEmitLoadEvent(); disconnect(d->m_doc,TQT_SIGNAL(finishedParsing()),this,TQT_SLOT(slotFinishedParsing())); if (!d->m_view) return; // We are probably being destructed. checkCompleted(); } void KHTMLPart::slotLoaderRequestStarted( khtml::DocLoader* dl, khtml::CachedObject *obj ) { if ( obj && obj->type() == khtml::CachedObject::Image && d->m_doc && d->m_doc->docLoader() == dl ) { KHTMLPart* p = this; while ( p ) { KHTMLPart* const op = p; ++(p->d->m_totalObjectCount); p = p->parentPart(); if ( !p && op->d->m_loadedObjects <= op->d->m_totalObjectCount && !op->d->m_progressUpdateTimer.isActive()) op->d->m_progressUpdateTimer.start( 200, true ); } } } void KHTMLPart::slotLoaderRequestDone( khtml::DocLoader* dl, khtml::CachedObject *obj ) { if ( obj && obj->type() == khtml::CachedObject::Image && d->m_doc && d->m_doc->docLoader() == dl ) { KHTMLPart* p = this; while ( p ) { KHTMLPart* const op = p; ++(p->d->m_loadedObjects); p = p->parentPart(); if ( !p && op->d->m_loadedObjects <= op->d->m_totalObjectCount && op->d->m_jobPercent <= 100 && !op->d->m_progressUpdateTimer.isActive()) op->d->m_progressUpdateTimer.start( 200, true ); } } checkCompleted(); } void KHTMLPart::slotProgressUpdate() { int percent; if ( d->m_loadedObjects < d->m_totalObjectCount ) percent = d->m_jobPercent / 4 + ( d->m_loadedObjects*300 ) / ( 4*d->m_totalObjectCount ); else percent = d->m_jobPercent; if( d->m_bComplete ) percent = 100; if (d->m_statusMessagesEnabled) { if( d->m_bComplete ) emit d->m_extension->infoMessage( i18n( "Page loaded." )); else if ( d->m_loadedObjects < d->m_totalObjectCount && percent >= 75 ) emit d->m_extension->infoMessage( i18n( "%n Image of %1 loaded.", "%n Images of %1 loaded.", d->m_loadedObjects).arg(d->m_totalObjectCount) ); } emit d->m_extension->loadingProgress( percent ); } void KHTMLPart::slotJobSpeed( KIO::Job* /*job*/, unsigned long speed ) { d->m_jobspeed = speed; if (!parentPart()) setStatusBarText(jsStatusBarText(), BarOverrideText); } void KHTMLPart::slotJobPercent( KIO::Job* /*job*/, unsigned long percent ) { d->m_jobPercent = percent; if ( !parentPart() ) d->m_progressUpdateTimer.start( 0, true ); } void KHTMLPart::slotJobDone( KIO::Job* /*job*/ ) { d->m_jobPercent = 100; if ( !parentPart() ) d->m_progressUpdateTimer.start( 0, true ); } void KHTMLPart::slotUserSheetStatDone( KIO::Job *_job ) { using namespace KIO; if ( _job->error() ) { showError( _job ); return; } const UDSEntry entry = dynamic_cast( _job )->statResult(); UDSEntry::ConstIterator it = entry.begin(); const UDSEntry::ConstIterator end = entry.end(); for ( ; it != end; ++it ) { if ( ( *it ).m_uds == UDS_MODIFICATION_TIME ) { break; } } // If the filesystem supports modification times, only reload the // user-defined stylesheet if necessary - otherwise always reload. if ( it != end ) { const time_t lastModified = static_cast( ( *it ).m_long ); if ( d->m_userStyleSheetLastModified >= lastModified ) { return; } d->m_userStyleSheetLastModified = lastModified; } setUserStyleSheet( KURL( settings()->userStyleSheet() ) ); } void KHTMLPart::checkCompleted() { // kdDebug( 6050 ) << "KHTMLPart::checkCompleted() " << this << " " << name() << endl; // kdDebug( 6050 ) << " parsing: " << (d->m_doc && d->m_doc->parsing()) << endl; // kdDebug( 6050 ) << " complete: " << d->m_bComplete << endl; // restore the cursor position if (d->m_doc && !d->m_doc->parsing() && !d->m_focusNodeRestored) { if (d->m_focusNodeNumber >= 0) d->m_doc->setFocusNode(d->m_doc->nodeWithAbsIndex(d->m_focusNodeNumber)); d->m_focusNodeRestored = true; } bool bPendingChildRedirection = false; // Any frame that hasn't completed yet ? ConstFrameIt it = d->m_frames.begin(); const ConstFrameIt end = d->m_frames.end(); for (; it != end; ++it ) { if ( !(*it)->m_bCompleted ) { //kdDebug( 6050 ) << this << " is waiting for " << (*it)->m_part << endl; return; } // Check for frames with pending redirections if ( (*it)->m_bPendingRedirection ) bPendingChildRedirection = true; } // Any object that hasn't completed yet ? { ConstFrameIt oi = d->m_objects.begin(); const ConstFrameIt oiEnd = d->m_objects.end(); for (; oi != oiEnd; ++oi ) if ( !(*oi)->m_bCompleted ) return; } // Are we still parsing - or have we done the completed stuff already ? if ( d->m_bComplete || (d->m_doc && d->m_doc->parsing()) ) return; // Still waiting for images/scripts from the loader ? int requests = 0; if ( d->m_doc && d->m_doc->docLoader() ) requests = khtml::Cache::loader()->numRequests( d->m_doc->docLoader() ); if ( requests > 0 ) { //kdDebug(6050) << "still waiting for images/scripts from the loader - requests:" << requests << endl; return; } // OK, completed. // Now do what should be done when we are really completed. d->m_bComplete = true; d->m_cachePolicy = KProtocolManager::cacheControl(); // reset cache policy d->m_totalObjectCount = 0; d->m_loadedObjects = 0; KHTMLPart* p = this; while ( p ) { KHTMLPart* op = p; p = p->parentPart(); if ( !p && !op->d->m_progressUpdateTimer.isActive()) op->d->m_progressUpdateTimer.start( 0, true ); } checkEmitLoadEvent(); // if we didn't do it before bool pendingAction = false; if ( !d->m_redirectURL.isEmpty() ) { // DA: Do not start redirection for frames here! That action is // deferred until the parent emits a completed signal. if ( parentPart() == 0 ) { //kdDebug(6050) << this << " starting redirection timer" << endl; d->m_redirectionTimer.start( 1000 * d->m_delayRedirect, true ); } else { //kdDebug(6050) << this << " not toplevel -> not starting redirection timer. Waiting for slotParentCompleted." << endl; } pendingAction = true; } else if ( bPendingChildRedirection ) { pendingAction = true; } // the view will emit completed on our behalf, // either now or at next repaint if one is pending //kdDebug(6050) << this << " asks the view to emit completed. pendingAction=" << pendingAction << endl; d->m_view->complete( pendingAction ); // find the alternate stylesheets TQStringList sheets; if (d->m_doc) sheets = d->m_doc->availableStyleSheets(); sheets.prepend( i18n( "Automatic Detection" ) ); d->m_paUseStylesheet->setItems( sheets ); d->m_paUseStylesheet->setEnabled( sheets.count() > 2); if (sheets.count() > 2) { d->m_paUseStylesheet->setCurrentItem(kMax(sheets.findIndex(d->m_sheetUsed), 0)); slotUseStylesheet(); } setJSDefaultStatusBarText(TQString()); #ifdef SPEED_DEBUG kdDebug(6050) << "DONE: " <m_parsetime.elapsed() << endl; #endif } void KHTMLPart::checkEmitLoadEvent() { if ( d->m_bLoadEventEmitted || !d->m_doc || d->m_doc->parsing() ) return; ConstFrameIt it = d->m_frames.begin(); const ConstFrameIt end = d->m_frames.end(); for (; it != end; ++it ) if ( !(*it)->m_bCompleted ) // still got a frame running -> too early return; ConstFrameIt oi = d->m_objects.begin(); const ConstFrameIt oiEnd = d->m_objects.end(); for (; oi != oiEnd; ++oi ) if ( !(*oi)->m_bCompleted ) // still got a object running -> too early return; // Still waiting for images/scripts from the loader ? // (onload must happen afterwards, #45607) // ## This makes this method very similar to checkCompleted. A brave soul should try merging them. int requests = 0; if ( d->m_doc && d->m_doc->docLoader() ) requests = khtml::Cache::loader()->numRequests( d->m_doc->docLoader() ); if ( requests > 0 ) return; d->m_bLoadEventEmitted = true; if (d->m_doc) d->m_doc->close(); } const KHTMLSettings *KHTMLPart::settings() const { return d->m_settings; } #ifndef KDE_NO_COMPAT KURL KHTMLPart::baseURL() const { if ( !d->m_doc ) return KURL(); return d->m_doc->baseURL(); } TQString KHTMLPart::baseTarget() const { if ( !d->m_doc ) return TQString(); return d->m_doc->baseTarget(); } #endif KURL KHTMLPart::completeURL( const TQString &url ) { if ( !d->m_doc ) return KURL( url ); if (d->m_decoder) return KURL(d->m_doc->completeURL(url), d->m_decoder->codec()->mibEnum()); return KURL( d->m_doc->completeURL( url ) ); } // Called by ecma/kjs_window in case of redirections from Javascript, // and by xml/dom_docimpl.cpp in case of http-equiv meta refresh. void KHTMLPart::scheduleRedirection( int delay, const TQString &url, bool doLockHistory ) { kdDebug(6050) << "KHTMLPart::scheduleRedirection delay=" << delay << " url=" << url << endl; kdDebug(6050) << "current redirectURL=" << d->m_redirectURL << " with delay " << d->m_delayRedirect << endl; if( delay < 24*60*60 && ( d->m_redirectURL.isEmpty() || delay <= d->m_delayRedirect) ) { d->m_delayRedirect = delay; d->m_redirectURL = url; d->m_redirectLockHistory = doLockHistory; kdDebug(6050) << " d->m_bComplete=" << d->m_bComplete << endl; if ( d->m_bComplete ) { d->m_redirectionTimer.stop(); d->m_redirectionTimer.start( kMax(0, 1000 * d->m_delayRedirect), true ); } } } void KHTMLPart::slotRedirect() { kdDebug(6050) << this << " slotRedirect()" << endl; TQString u = d->m_redirectURL; d->m_delayRedirect = 0; d->m_redirectURL = TQString(); // SYNC check with ecma/kjs_window.cpp::goURL ! if ( u.find( TQString::fromLatin1( "javascript:" ), 0, false ) == 0 ) { TQString script = KURL::decode_string( u.right( u.length() - 11 ) ); kdDebug( 6050 ) << "KHTMLPart::slotRedirect script=" << script << endl; TQVariant res = executeScript( DOM::Node(), script ); if ( res.type() == TQVariant::String ) { begin( url() ); write( res.asString() ); end(); } emit completed(); return; } KParts::URLArgs args; KURL cUrl( m_url ); KURL url( u ); // handle windows opened by JS if ( openedByJS() && d->m_opener ) cUrl = d->m_opener->url(); if (!kapp || !kapp->authorizeURLAction("redirect", cUrl, url)) { kdWarning(6050) << "KHTMLPart::scheduleRedirection: Redirection from " << cUrl << " to " << url << " REJECTED!" << endl; emit completed(); return; } if ( urlcmp( u, m_url.url(), true, true ) ) { args.metaData().insert("referrer", d->m_pageReferrer); } // For javascript and META-tag based redirections: // - We don't take cross-domain-ness in consideration if we are the // toplevel frame because the new URL may be in a different domain as the current URL // but that's ok. // - If we are not the toplevel frame then we check against the toplevelURL() if (parentPart()) args.metaData().insert("cross-domain", toplevelURL().url()); args.setLockHistory( d->m_redirectLockHistory ); // _self: make sure we don't use any 's d->m_urlSelectedOpenedURL = true; // In case overriden, default to success urlSelected( u, 0, 0, "_self", args ); if ( !d->m_urlSelectedOpenedURL ) // urlSelected didn't open a url, so emit completed ourselves emit completed(); } void KHTMLPart::slotRedirection(KIO::Job*, const KURL& url) { // the slave told us that we got redirected //kdDebug( 6050 ) << "redirection by KIO to " << url.url() << endl; emit d->m_extension->setLocationBarURL( url.prettyURL() ); d->m_workingURL = url; } bool KHTMLPart::setEncoding( const TQString &name, bool override ) { d->m_encoding = name; d->m_haveEncoding = override; if( !m_url.isEmpty() ) { // reload document closeURL(); KURL url = m_url; m_url = 0; d->m_restored = true; openURL(url); d->m_restored = false; } return true; } TQString KHTMLPart::encoding() const { if(d->m_haveEncoding && !d->m_encoding.isEmpty()) return d->m_encoding; if(d->m_decoder && d->m_decoder->encoding()) return TQString(d->m_decoder->encoding()); return defaultEncoding(); } TQString KHTMLPart::defaultEncoding() const { TQString encoding = settings()->encoding(); if ( !encoding.isEmpty() ) return encoding; // HTTP requires the default encoding to be latin1, when neither // the user nor the page requested a particular encoding. if ( url().protocol().startsWith( "http" ) ) return "iso-8859-1"; else return KGlobal::locale()->encoding(); } void KHTMLPart::setUserStyleSheet(const KURL &url) { if ( d->m_doc && d->m_doc->docLoader() ) (void) new khtml::PartStyleSheetLoader(this, url.url(), d->m_doc->docLoader()); } void KHTMLPart::setUserStyleSheet(const TQString &styleSheet) { if ( d->m_doc ) d->m_doc->setUserStyleSheet( styleSheet ); } bool KHTMLPart::gotoAnchor( const TQString &name ) { if (!d->m_doc) return false; HTMLCollectionImpl *anchors = new HTMLCollectionImpl( d->m_doc, HTMLCollectionImpl::DOC_ANCHORS); anchors->ref(); NodeImpl *n = anchors->namedItem(name); anchors->deref(); if(!n) { n = d->m_doc->getElementById( name ); } d->m_doc->setCSSTarget(n); // Setting to null will clear the current target. // Implement the rule that "" and "top" both mean top of page as in other browsers. bool quirkyName = !n && !d->m_doc->inStrictMode() && (name.isEmpty() || name.lower() == "top"); if (quirkyName) { d->m_view->setContentsPos(0, 0); return true; } else if (!n) { kdDebug(6050) << "KHTMLPart::gotoAnchor node '" << name << "' not found" << endl; return false; } int x = 0, y = 0; int gox, dummy; HTMLElementImpl *a = static_cast(n); a->getUpperLeftCorner(x, y); if (x <= d->m_view->contentsX()) gox = x - 10; else { gox = d->m_view->contentsX(); if ( x + 10 > d->m_view->contentsX()+d->m_view->visibleWidth()) { a->getLowerRightCorner(x, dummy); gox = x - d->m_view->visibleWidth() + 10; } } d->m_view->setContentsPos(gox, y); return true; } bool KHTMLPart::nextAnchor() { if (!d->m_doc) return false; d->m_view->focusNextPrevNode ( true ); return true; } bool KHTMLPart::prevAnchor() { if (!d->m_doc) return false; d->m_view->focusNextPrevNode ( false ); return true; } void KHTMLPart::setStandardFont( const TQString &name ) { d->m_settings->setStdFontName(name); } void KHTMLPart::setFixedFont( const TQString &name ) { d->m_settings->setFixedFontName(name); } void KHTMLPart::setURLCursor( const TQCursor &c ) { d->m_linkCursor = c; } TQCursor KHTMLPart::urlCursor() const { return d->m_linkCursor; } bool KHTMLPart::onlyLocalReferences() const { return d->m_onlyLocalReferences; } void KHTMLPart::setOnlyLocalReferences(bool enable) { d->m_onlyLocalReferences = enable; } void KHTMLPartPrivate::setFlagRecursively( bool KHTMLPartPrivate::*flag, bool value) { // first set it on the current one this->*flag = value; // descend into child frames recursively { TQValueList::Iterator it = m_frames.begin(); const TQValueList::Iterator itEnd = m_frames.end(); for (; it != itEnd; ++it) { KHTMLPart* const part = static_cast((KParts::ReadOnlyPart *)(*it)->m_part); if (part->inherits("KHTMLPart")) part->d->setFlagRecursively(flag, value); }/*next it*/ } // do the same again for objects { TQValueList::Iterator it = m_objects.begin(); const TQValueList::Iterator itEnd = m_objects.end(); for (; it != itEnd; ++it) { KHTMLPart* const part = static_cast((KParts::ReadOnlyPart *)(*it)->m_part); if (part->inherits("KHTMLPart")) part->d->setFlagRecursively(flag, value); }/*next it*/ } } void KHTMLPart::setCaretMode(bool enable) { #ifndef KHTML_NO_CARET kdDebug(6200) << "setCaretMode(" << enable << ")" << endl; if (isCaretMode() == enable) return; d->setFlagRecursively(&KHTMLPartPrivate::m_caretMode, enable); // FIXME: this won't work on frames as expected if (!isEditable()) { if (enable) { view()->initCaret(true); view()->ensureCaretVisible(); } else view()->caretOff(); }/*end if*/ #endif // KHTML_NO_CARET } bool KHTMLPart::isCaretMode() const { return d->m_caretMode; } void KHTMLPart::setEditable(bool enable) { #ifndef KHTML_NO_CARET if (isEditable() == enable) return; d->setFlagRecursively(&KHTMLPartPrivate::m_designMode, enable); // FIXME: this won't work on frames as expected if (!isCaretMode()) { if (enable) { view()->initCaret(true); view()->ensureCaretVisible(); } else view()->caretOff(); }/*end if*/ #endif // KHTML_NO_CARET } bool KHTMLPart::isEditable() const { return d->m_designMode; } void KHTMLPart::setCaretPosition(DOM::Node node, long offset, bool extendSelection) { #ifndef KHTML_NO_CARET #if 0 kdDebug(6200) << k_funcinfo << "node: " << node.handle() << " nodeName: " << node.nodeName().string() << " offset: " << offset << " extendSelection " << extendSelection << endl; #endif if (view()->moveCaretTo(node.handle(), offset, !extendSelection)) emitSelectionChanged(); view()->ensureCaretVisible(); #endif // KHTML_NO_CARET } KHTMLPart::CaretDisplayPolicy KHTMLPart::caretDisplayPolicyNonFocused() const { #ifndef KHTML_NO_CARET return (CaretDisplayPolicy)view()->caretDisplayPolicyNonFocused(); #else // KHTML_NO_CARET return CaretInvisible; #endif // KHTML_NO_CARET } void KHTMLPart::setCaretDisplayPolicyNonFocused(CaretDisplayPolicy policy) { #ifndef KHTML_NO_CARET view()->setCaretDisplayPolicyNonFocused(policy); #endif // KHTML_NO_CARET } void KHTMLPart::setCaretVisible(bool show) { #ifndef KHTML_NO_CARET if (show) { NodeImpl *caretNode = xmlDocImpl()->focusNode(); if (isCaretMode() || isEditable() || (caretNode && caretNode->contentEditable())) { view()->caretOn(); }/*end if*/ } else { view()->caretOff(); }/*end if*/ #endif // KHTML_NO_CARET } void KHTMLPart::findTextBegin() { d->m_findPos = -1; d->m_findNode = 0; d->m_findPosEnd = -1; d->m_findNodeEnd= 0; d->m_findPosStart = -1; d->m_findNodeStart = 0; d->m_findNodePrevious = 0; delete d->m_find; d->m_find = 0L; } bool KHTMLPart::initFindNode( bool selection, bool reverse, bool fromCursor ) { if ( !d->m_doc ) return false; DOM::NodeImpl* firstNode = 0L; if (d->m_doc->isHTMLDocument()) firstNode = static_cast(d->m_doc)->body(); else firstNode = d->m_doc; if ( !firstNode ) { //kdDebug(6050) << k_funcinfo << "no first node (body or doc) -> return false" << endl; return false; } if ( firstNode->id() == ID_FRAMESET ) { //kdDebug(6050) << k_funcinfo << "FRAMESET -> return false" << endl; return false; } if ( selection && hasSelection() ) { //kdDebug(6050) << k_funcinfo << "using selection" << endl; if ( !fromCursor ) { d->m_findNode = reverse ? d->m_selectionEnd.handle() : d->m_selectionStart.handle(); d->m_findPos = reverse ? d->m_endOffset : d->m_startOffset; } d->m_findNodeEnd = reverse ? d->m_selectionStart.handle() : d->m_selectionEnd.handle(); d->m_findPosEnd = reverse ? d->m_startOffset : d->m_endOffset; d->m_findNodeStart = !reverse ? d->m_selectionStart.handle() : d->m_selectionEnd.handle(); d->m_findPosStart = !reverse ? d->m_startOffset : d->m_endOffset; d->m_findNodePrevious = d->m_findNodeStart; } else // whole document { //kdDebug(6050) << k_funcinfo << "whole doc" << endl; if ( !fromCursor ) { d->m_findNode = firstNode; d->m_findPos = reverse ? -1 : 0; } d->m_findNodeEnd = reverse ? firstNode : 0; d->m_findPosEnd = reverse ? 0 : -1; d->m_findNodeStart = !reverse ? firstNode : 0; d->m_findPosStart = !reverse ? 0 : -1; d->m_findNodePrevious = d->m_findNodeStart; if ( reverse ) { // Need to find out the really last object, to start from it khtml::RenderObject* obj = d->m_findNode ? d->m_findNode->renderer() : 0; if ( obj ) { // find the last object in the render tree while ( obj->lastChild() ) { obj = obj->lastChild(); } // now get the last object with a NodeImpl associated while ( !obj->element() && obj->objectAbove() ) { obj = obj->objectAbove(); } d->m_findNode = obj->element(); } } } return true; } // Old method (its API limits the available features - remove in KDE-4) bool KHTMLPart::findTextNext( const TQString &str, bool forward, bool caseSensitive, bool isRegExp ) { if ( !initFindNode( false, !forward, d->m_findNode ) ) return false; while(1) { if( (d->m_findNode->nodeType() == Node::TEXT_NODE || d->m_findNode->nodeType() == Node::CDATA_SECTION_NODE) && d->m_findNode->renderer() ) { DOMString nodeText = d->m_findNode->nodeValue(); DOMStringImpl *t = nodeText.implementation(); TQConstString s(t->s, t->l); int matchLen = 0; if ( isRegExp ) { TQRegExp matcher( str ); matcher.setCaseSensitive( caseSensitive ); d->m_findPos = matcher.search(s.string(), d->m_findPos+1); if ( d->m_findPos != -1 ) matchLen = matcher.matchedLength(); } else { d->m_findPos = s.string().find(str, d->m_findPos+1, caseSensitive); matchLen = str.length(); } if(d->m_findPos != -1) { int x = 0, y = 0; if(static_cast(d->m_findNode->renderer()) ->posOfChar(d->m_findPos, x, y)) d->m_view->setContentsPos(x-50, y-50); d->m_selectionStart = d->m_findNode; d->m_startOffset = d->m_findPos; d->m_selectionEnd = d->m_findNode; d->m_endOffset = d->m_findPos + matchLen; d->m_startBeforeEnd = true; d->m_doc->setSelection( d->m_selectionStart.handle(), d->m_startOffset, d->m_selectionEnd.handle(), d->m_endOffset ); emitSelectionChanged(); return true; } } d->m_findPos = -1; NodeImpl *next; if ( forward ) { next = d->m_findNode->firstChild(); if(!next) next = d->m_findNode->nextSibling(); while(d->m_findNode && !next) { d->m_findNode = d->m_findNode->parentNode(); if( d->m_findNode ) { next = d->m_findNode->nextSibling(); } } } else { next = d->m_findNode->lastChild(); if (!next ) next = d->m_findNode->previousSibling(); while ( d->m_findNode && !next ) { d->m_findNode = d->m_findNode->parentNode(); if( d->m_findNode ) { next = d->m_findNode->previousSibling(); } } } d->m_findNode = next; if(!d->m_findNode) return false; } } void KHTMLPart::slotFind() { KParts::ReadOnlyPart *part = currentFrame(); if (!part) return; if (!part->inherits("KHTMLPart") ) { kdError(6000) << "slotFind: part is a " << part->className() << ", can't do a search into it" << endl; return; } static_cast( part )->findText(); } void KHTMLPart::slotFindNext() { KParts::ReadOnlyPart *part = currentFrame(); if (!part) return; if (!part->inherits("KHTMLPart") ) { kdError(6000) << "slotFindNext: part is a " << part->className() << ", can't do a search into it" << endl; return; } static_cast( part )->findTextNext(); } void KHTMLPart::slotFindPrev() { KParts::ReadOnlyPart *part = currentFrame(); if (!part) return; if (!part->inherits("KHTMLPart") ) { kdError(6000) << "slotFindNext: part is a " << part->className() << ", can't do a search into it" << endl; return; } static_cast( part )->findTextNext( true ); // reverse } void KHTMLPart::slotFindDone() { // ### remove me } void KHTMLPart::slotFindAheadText() { #ifndef KHTML_NO_TYPE_AHEAD_FIND KParts::ReadOnlyPart *part = currentFrame(); if (!part) return; if (!part->inherits("KHTMLPart") ) { kdError(6000) << "slotFindNext: part is a " << part->className() << ", can't do a search into it" << endl; return; } static_cast( part )->view()->startFindAhead( false ); #endif // KHTML_NO_TYPE_AHEAD_FIND } void KHTMLPart::slotFindAheadLink() { #ifndef KHTML_NO_TYPE_AHEAD_FIND KParts::ReadOnlyPart *part = currentFrame(); if (!part) return; if (!part->inherits("KHTMLPart") ) { kdError(6000) << "slotFindNext: part is a " << part->className() << ", can't do a search into it" << endl; return; } static_cast( part )->view()->startFindAhead( true ); #endif // KHTML_NO_TYPE_AHEAD_FIND } void KHTMLPart::enableFindAheadActions( bool enable ) { // only the topmost one has shortcuts KHTMLPart* p = this; while( p->parentPart()) p = p->parentPart(); p->d->m_paFindAheadText->setEnabled( enable ); p->d->m_paFindAheadLinks->setEnabled( enable ); } void KHTMLPart::slotFindDialogDestroyed() { d->m_lastFindState.options = d->m_findDialog->options(); d->m_lastFindState.history = d->m_findDialog->findHistory(); d->m_findDialog->deleteLater(); d->m_findDialog = 0L; } void KHTMLPart::findText() { // First do some init to make sure we can search in this frame if ( !d->m_doc ) return; // Raise if already opened if ( d->m_findDialog ) { KWin::activateWindow( d->m_findDialog->winId() ); return; } // The lineedit of the dialog would make khtml lose its selection, otherwise #ifndef QT_NO_CLIPBOARD disconnect( kapp->clipboard(), TQT_SIGNAL(selectionChanged()), this, TQT_SLOT(slotClearSelection()) ); #endif // Now show the dialog in which the user can choose options. d->m_findDialog = new KFindDialog( false /*non-modal*/, widget(), "khtmlfind" ); d->m_findDialog->setHasSelection( hasSelection() ); d->m_findDialog->setHasCursor( d->m_findNode != 0 ); if ( d->m_findNode ) // has a cursor -> default to 'FromCursor' d->m_lastFindState.options |= KFindDialog::FromCursor; // TODO? optionsDialog.setPattern( d->m_lastFindState.text ); d->m_findDialog->setFindHistory( d->m_lastFindState.history ); d->m_findDialog->setOptions( d->m_lastFindState.options ); d->m_lastFindState.options = -1; // force update in findTextNext d->m_lastFindState.last_dir = -1; d->m_findDialog->show(); connect( d->m_findDialog, TQT_SIGNAL(okClicked()), this, TQT_SLOT(slotFindNext()) ); connect( d->m_findDialog, TQT_SIGNAL(finished()), this, TQT_SLOT(slotFindDialogDestroyed()) ); findText( d->m_findDialog->pattern(), 0 /*options*/, widget(), d->m_findDialog ); } void KHTMLPart::findText( const TQString &str, long options, TQWidget *parent, KFindDialog *findDialog ) { // First do some init to make sure we can search in this frame if ( !d->m_doc ) return; #ifndef QT_NO_CLIPBOARD connect( kapp->clipboard(), TQT_SIGNAL(selectionChanged()), TQT_SLOT(slotClearSelection()) ); #endif // Create the KFind object delete d->m_find; d->m_find = new KFind( str, options, parent, findDialog ); d->m_find->closeFindNextDialog(); // we use KFindDialog non-modal, so we don't want other dlg popping up connect( d->m_find, TQT_SIGNAL( highlight( const TQString &, int, int ) ), this, TQT_SLOT( slotHighlight( const TQString &, int, int ) ) ); //connect(d->m_find, TQT_SIGNAL( findNext() ), // this, TQT_SLOT( slotFindNext() ) ); if ( !findDialog ) { d->m_lastFindState.options = options; initFindNode( options & KFindDialog::SelectedText, options & KFindDialog::FindBackwards, options & KFindDialog::FromCursor ); } } bool KHTMLPart::findTextNext() { return findTextNext( false ); } // New method bool KHTMLPart::findTextNext( bool reverse ) { if (!d->m_find) { // We didn't show the find dialog yet, let's do it then (#49442) findText(); return false; } view()->updateFindAheadTimeout(); long options = 0; if ( d->m_findDialog ) // 0 when we close the dialog { if ( d->m_find->pattern() != d->m_findDialog->pattern() ) { d->m_find->setPattern( d->m_findDialog->pattern() ); d->m_find->resetCounts(); } options = d->m_findDialog->options(); if ( d->m_lastFindState.options != options ) { d->m_find->setOptions( options ); if ( options & KFindDialog::SelectedText ) Q_ASSERT( hasSelection() ); long difference = d->m_lastFindState.options ^ options; if ( difference & (KFindDialog::SelectedText | KFindDialog::FromCursor ) ) { // Important options changed -> reset search range (void) initFindNode( options & KFindDialog::SelectedText, options & KFindDialog::FindBackwards, options & KFindDialog::FromCursor ); } d->m_lastFindState.options = options; } } else options = d->m_lastFindState.options; if( reverse ) options = options ^ KFindDialog::FindBackwards; if( d->m_find->options() != options ) d->m_find->setOptions( options ); // Changing find direction. Start and end nodes must be switched. // Additionally since d->m_findNode points after the last node // that was searched, it needs to be "after" it in the opposite direction. if( d->m_lastFindState.last_dir != -1 && bool( d->m_lastFindState.last_dir ) != bool( options & KFindDialog::FindBackwards )) { tqSwap( d->m_findNodeEnd, d->m_findNodeStart ); tqSwap( d->m_findPosEnd, d->m_findPosStart ); tqSwap( d->m_findNode, d->m_findNodePrevious ); // d->m_findNode now point at the end of the last searched line - advance one node khtml::RenderObject* obj = d->m_findNode ? d->m_findNode->renderer() : 0; khtml::RenderObject* end = d->m_findNodeEnd ? d->m_findNodeEnd->renderer() : 0; if ( obj == end ) obj = 0L; else if ( obj ) { do { obj = (options & KFindDialog::FindBackwards) ? obj->objectAbove() : obj->objectBelow(); } while ( obj && ( !obj->element() || obj->isInlineContinuation() ) ); } if ( obj ) d->m_findNode = obj->element(); else d->m_findNode = 0; } d->m_lastFindState.last_dir = ( options & KFindDialog::FindBackwards ) ? 1 : 0; KFind::Result res = KFind::NoMatch; khtml::RenderObject* obj = d->m_findNode ? d->m_findNode->renderer() : 0; khtml::RenderObject* end = d->m_findNodeEnd ? d->m_findNodeEnd->renderer() : 0; khtml::RenderTextArea *tmpTextArea=0L; //kdDebug(6050) << k_funcinfo << "obj=" << obj << " end=" << end << endl; while( res == KFind::NoMatch ) { if ( d->m_find->needData() ) { if ( !obj ) { //kdDebug(6050) << k_funcinfo << "obj=0 -> done" << endl; break; // we're done } //kdDebug(6050) << k_funcinfo << " gathering data" << endl; // First make up the TQString for the current 'line' (i.e. up to \n) // We also want to remember the DOMNode for every portion of the string. // We store this in an index->node list. d->m_stringPortions.clear(); bool newLine = false; TQString str; DOM::NodeImpl* lastNode = d->m_findNode; while ( obj && !newLine ) { // Grab text from render object TQString s; bool renderAreaText = obj->parent() && (TQCString(obj->parent()->renderName())== "RenderTextArea"); bool renderLineText = (TQCString(obj->renderName())== "RenderLineEdit"); if ( renderAreaText ) { khtml::RenderTextArea *parent= static_cast(obj->parent()); s = parent->text(); s = s.replace(0xa0, ' '); tmpTextArea = parent; } else if ( renderLineText ) { khtml::RenderLineEdit *parentLine= static_cast(obj); if (parentLine->widget()->echoMode() == TQLineEdit::Normal) s = parentLine->widget()->text(); s = s.replace(0xa0, ' '); } else if ( obj->isText() ) { bool isLink = false; // checks whether the node has a parent if ( options & FindLinksOnly ) { DOM::NodeImpl *parent = obj->element(); while ( parent ) { if ( parent->nodeType() == Node::ELEMENT_NODE && parent->id() == ID_A ) { isLink = true; break; } parent = parent->parentNode(); } } else { isLink = true; } if ( isLink && obj->parent()!=tmpTextArea ) { s = static_cast(obj)->data().string(); s = s.replace(0xa0, ' '); } } else if ( obj->isBR() ) s = '\n'; else if ( !obj->isInline() && !str.isEmpty() ) s = '\n'; if ( lastNode == d->m_findNodeEnd ) s.truncate( d->m_findPosEnd ); if ( !s.isEmpty() ) { newLine = s.find( '\n' ) != -1; // did we just get a newline? if( !( options & KFindDialog::FindBackwards )) { //kdDebug(6050) << "StringPortion: " << index << "-" << index+s.length()-1 << " -> " << lastNode << endl; d->m_stringPortions.append( KHTMLPartPrivate::StringPortion( str.length(), lastNode ) ); str += s; } else // KFind itself can search backwards, so str must not be built backwards { for( TQValueList::Iterator it = d->m_stringPortions.begin(); it != d->m_stringPortions.end(); ++it ) (*it).index += s.length(); d->m_stringPortions.prepend( KHTMLPartPrivate::StringPortion( 0, lastNode ) ); str.prepend( s ); } } // Compare obj and end _after_ we processed the 'end' node itself if ( obj == end ) obj = 0L; else { // Move on to next object (note: if we found a \n already, then obj (and lastNode) // will point to the _next_ object, i.e. they are in advance. do { // We advance until the next RenderObject that has a NodeImpl as its element(). // Otherwise (if we keep the 'last node', and it has a '\n') we might be stuck // on that object forever... obj = (options & KFindDialog::FindBackwards) ? obj->objectAbove() : obj->objectBelow(); } while ( obj && ( !obj->element() || obj->isInlineContinuation() ) ); } if ( obj ) lastNode = obj->element(); else lastNode = 0; } // end while //kdDebug()<<" str : "<m_find->setData( str, d->m_findPos ); } d->m_findPos = -1; // not used during the findnext loops. Only during init. d->m_findNodePrevious = d->m_findNode; d->m_findNode = lastNode; } if ( !d->m_find->needData() ) // happens if str was empty { // Let KFind inspect the text fragment, and emit highlighted if a match is found res = d->m_find->find(); } } // end while if ( res == KFind::NoMatch ) // i.e. we're done { kdDebug() << "No more matches." << endl; if ( !(options & FindNoPopups) && d->m_find->shouldRestart() ) { //kdDebug(6050) << "Restarting" << endl; initFindNode( false, options & KFindDialog::FindBackwards, false ); d->m_find->resetCounts(); findTextNext( reverse ); } else // really done { //kdDebug(6050) << "Finishing" << endl; //delete d->m_find; //d->m_find = 0L; initFindNode( false, options & KFindDialog::FindBackwards, false ); d->m_find->resetCounts(); slotClearSelection(); } kdDebug() << "Dialog closed." << endl; } return res == KFind::Match; } void KHTMLPart::slotHighlight( const TQString& /*text*/, int index, int length ) { //kdDebug(6050) << "slotHighlight index=" << index << " length=" << length << endl; TQValueList::Iterator it = d->m_stringPortions.begin(); const TQValueList::Iterator itEnd = d->m_stringPortions.end(); TQValueList::Iterator prev = it; // We stop at the first portion whose index is 'greater than', and then use the previous one while ( it != itEnd && (*it).index <= index ) { prev = it; ++it; } Q_ASSERT ( prev != itEnd ); DOM::NodeImpl* node = (*prev).node; Q_ASSERT( node ); d->m_selectionStart = node; d->m_startOffset = index - (*prev).index; khtml::RenderObject* obj = node->renderer(); khtml::RenderTextArea *parent = 0L; khtml::RenderLineEdit *parentLine = 0L; bool renderLineText =false; TQRect highlightedRect; bool renderAreaText =false; Q_ASSERT( obj ); if ( obj ) { int x = 0, y = 0; renderAreaText = (TQCString(obj->parent()->renderName())== "RenderTextArea"); renderLineText = (TQCString(obj->renderName())== "RenderLineEdit"); if( renderAreaText ) parent= static_cast(obj->parent()); if ( renderLineText ) parentLine= static_cast(obj); if ( !renderLineText ) //if (static_cast(node->renderer()) // ->posOfChar(d->m_startOffset, x, y)) { int dummy; static_cast(node->renderer()) ->caretPos( d->m_startOffset, false, x, y, dummy, dummy ); // more precise than posOfChar //kdDebug(6050) << "topleft: " << x << "," << y << endl; if ( x != -1 || y != -1 ) { int gox = d->m_view->contentsX(); if (x+50 > d->m_view->contentsX() + d->m_view->visibleWidth()) gox = x - d->m_view->visibleWidth() + 50; if (x-10 < d->m_view->contentsX()) gox = x - d->m_view->visibleWidth() - 10; if (gox < 0) gox = 0; d->m_view->setContentsPos(gox, y-50); highlightedRect.setTopLeft( d->m_view->mapToGlobal(TQPoint(x, y)) ); } } } // Now look for end node it = prev; // no need to start from beginning again while ( it != itEnd && (*it).index < index + length ) { prev = it; ++it; } Q_ASSERT ( prev != itEnd ); d->m_selectionEnd = (*prev).node; d->m_endOffset = index + length - (*prev).index; d->m_startBeforeEnd = true; // if the selection is limited to a single link, that link gets focus if(d->m_selectionStart == d->m_selectionEnd) { bool isLink = false; // checks whether the node has a parent DOM::NodeImpl *parent = d->m_selectionStart.handle(); while ( parent ) { if ( parent->nodeType() == Node::ELEMENT_NODE && parent->id() == ID_A ) { isLink = true; break; } parent = parent->parentNode(); } if(isLink == true) { d->m_doc->setFocusNode( parent ); } } #if 0 kdDebug(6050) << "slotHighlight: " << d->m_selectionStart.handle() << "," << d->m_startOffset << " - " << d->m_selectionEnd.handle() << "," << d->m_endOffset << endl; it = d->m_stringPortions.begin(); for ( ; it != d->m_stringPortions.end() ; ++it ) kdDebug(6050) << " StringPortion: from index=" << (*it).index << " -> node=" << (*it).node << endl; #endif if( renderAreaText ) { if( parent ) parent->highLightWord( length, d->m_endOffset-length ); } else if ( renderLineText ) { if( parentLine ) parentLine->highLightWord( length, d->m_endOffset-length ); } else { d->m_doc->setSelection( d->m_selectionStart.handle(), d->m_startOffset, d->m_selectionEnd.handle(), d->m_endOffset ); if (d->m_selectionEnd.handle()->renderer() ) { int x, y, height, dummy; static_cast(d->m_selectionEnd.handle()->renderer()) ->caretPos( d->m_endOffset, false, x, y, dummy, height ); // more precise than posOfChar //kdDebug(6050) << "bottomright: " << x << "," << y+height << endl; if ( x != -1 || y != -1 ) { // if ( static_cast(d->m_selectionEnd.handle()->renderer()) // ->posOfChar(d->m_endOffset-1, x, y)) highlightedRect.setBottomRight( d->m_view->mapToGlobal( TQPoint(x, y+height) ) ); } } } emitSelectionChanged(); // make the finddialog move away from the selected area if ( d->m_findDialog && !highlightedRect.isNull() ) { highlightedRect.moveBy( -d->m_view->contentsX(), -d->m_view->contentsY() ); //kdDebug(6050) << "avoiding " << highlightedRect << endl; KDialog::avoidArea( d->m_findDialog, highlightedRect ); } } TQString KHTMLPart::selectedTextAsHTML() const { if(!hasSelection()) { kdDebug() << "selectedTextAsHTML(): selection is not valid. Returning empty selection" << endl; return TQString(); } if(d->m_startOffset < 0 || d->m_endOffset <0) { kdDebug() << "invalid values for end/startOffset " << d->m_startOffset << " " << d->m_endOffset << endl; return TQString(); } DOM::Range r = selection(); if(r.isNull() || r.isDetached()) return TQString(); int exceptioncode = 0; //ignore the result return r.handle()->toHTML(exceptioncode).string(); } TQString KHTMLPart::selectedText() const { bool hasNewLine = true; bool seenTDTag = false; TQString text; DOM::Node n = d->m_selectionStart; while(!n.isNull()) { if(n.nodeType() == DOM::Node::TEXT_NODE && n.handle()->renderer()) { DOM::DOMStringImpl *dstr = static_cast(n.handle())->renderString(); TQString str(dstr->s, dstr->l); if(!str.isEmpty()) { if(seenTDTag) { text += " "; seenTDTag = false; } hasNewLine = false; if(n == d->m_selectionStart && n == d->m_selectionEnd) text = str.mid(d->m_startOffset, d->m_endOffset - d->m_startOffset); else if(n == d->m_selectionStart) text = str.mid(d->m_startOffset); else if(n == d->m_selectionEnd) text += str.left(d->m_endOffset); else text += str; } } else { // This is our simple HTML -> ASCII transformation: unsigned short id = n.elementId(); switch(id) { case ID_TEXTAREA: text += static_cast(n.handle())->value().string(); break; case ID_INPUT: if (static_cast(n.handle())->inputType() != HTMLInputElementImpl::PASSWORD) text += static_cast(n.handle())->value().string(); break; case ID_SELECT: text += static_cast(n.handle())->value().string(); break; case ID_BR: text += "\n"; hasNewLine = true; break; case ID_IMG: text += static_cast(n.handle())->altText().string(); break; case ID_TD: break; case ID_TH: case ID_HR: case ID_OL: case ID_UL: case ID_LI: case ID_DD: case ID_DL: case ID_DT: case ID_PRE: case ID_BLOCKQUOTE: case ID_DIV: if (!hasNewLine) text += "\n"; hasNewLine = true; break; case ID_P: case ID_TR: case ID_H1: case ID_H2: case ID_H3: case ID_H4: case ID_H5: case ID_H6: if (!hasNewLine) text += "\n"; // text += "\n"; hasNewLine = true; break; } } if(n == d->m_selectionEnd) break; DOM::Node next = n.firstChild(); if(next.isNull()) next = n.nextSibling(); while( next.isNull() && !n.parentNode().isNull() ) { n = n.parentNode(); next = n.nextSibling(); unsigned short id = n.elementId(); switch(id) { case ID_TD: seenTDTag = true; //Add two spaces after a td if then followed by text. break; case ID_TH: case ID_HR: case ID_OL: case ID_UL: case ID_LI: case ID_DD: case ID_DL: case ID_DT: case ID_PRE: case ID_BLOCKQUOTE: case ID_DIV: seenTDTag = false; if (!hasNewLine) text += "\n"; hasNewLine = true; break; case ID_P: case ID_TR: case ID_H1: case ID_H2: case ID_H3: case ID_H4: case ID_H5: case ID_H6: if (!hasNewLine) text += "\n"; // text += "\n"; hasNewLine = true; break; } } n = next; } if(text.isEmpty()) return TQString(); int start = 0; int end = text.length(); // Strip leading LFs while ((start < end) && (text[start] == '\n')) ++start; // Strip excessive trailing LFs while ((start < (end-1)) && (text[end-1] == '\n') && (text[end-2] == '\n')) --end; return text.mid(start, end-start); } bool KHTMLPart::hasSelection() const { if ( d->m_selectionStart.isNull() || d->m_selectionEnd.isNull() ) return false; if ( d->m_selectionStart == d->m_selectionEnd && d->m_startOffset == d->m_endOffset ) return false; // empty return true; } DOM::Range KHTMLPart::selection() const { if( d->m_selectionStart.isNull() || d->m_selectionEnd.isNull() ) return DOM::Range(); DOM::Range r = document().createRange(); RangeImpl *rng = r.handle(); int exception = 0; NodeImpl *n = d->m_selectionStart.handle(); if(!n->parentNode() || !n->renderer() || (!n->renderer()->isReplaced() && !n->renderer()->isBR())) { rng->setStart( n, d->m_startOffset, exception ); if(exception) { kdDebug(6000) << "1 -selection() threw the exception " << exception << ". Returning empty range." << endl; return DOM::Range(); } } else { int o_start = 0; while ((n = n->previousSibling())) o_start++; rng->setStart( d->m_selectionStart.parentNode().handle(), o_start + d->m_startOffset, exception ); if(exception) { kdDebug(6000) << "2 - selection() threw the exception " << exception << ". Returning empty range." << endl; return DOM::Range(); } } n = d->m_selectionEnd.handle(); if(!n->parentNode() || !n->renderer() || (!n->renderer()->isReplaced() && !n->renderer()->isBR())) { rng->setEnd( n, d->m_endOffset, exception ); if(exception) { kdDebug(6000) << "3 - selection() threw the exception " << exception << ". Returning empty range." << endl; return DOM::Range(); } } else { int o_end = 0; while ((n = n->previousSibling())) o_end++; rng->setEnd( d->m_selectionEnd.parentNode().handle(), o_end + d->m_endOffset, exception); if(exception) { kdDebug(6000) << "4 - selection() threw the exception " << exception << ". Returning empty range." << endl; return DOM::Range(); } } return r; } void KHTMLPart::selection(DOM::Node &s, long &so, DOM::Node &e, long &eo) const { s = d->m_selectionStart; so = d->m_startOffset; e = d->m_selectionEnd; eo = d->m_endOffset; } void KHTMLPart::setSelection( const DOM::Range &r ) { // Quick-fix: a collapsed range shouldn't select the whole node. // The real problem is in RenderCanvas::setSelection though (when index==0 the whole node is selected). if ( r.collapsed() ) slotClearSelection(); else { d->m_selectionStart = r.startContainer(); d->m_startOffset = r.startOffset(); d->m_selectionEnd = r.endContainer(); d->m_endOffset = r.endOffset(); d->m_doc->setSelection(d->m_selectionStart.handle(),d->m_startOffset, d->m_selectionEnd.handle(),d->m_endOffset); #ifndef KHTML_NO_CARET bool v = d->m_view->placeCaret(); emitCaretPositionChanged(v ? d->caretNode() : 0, d->caretOffset()); #endif } } void KHTMLPart::slotClearSelection() { bool hadSelection = hasSelection(); #ifndef KHTML_NO_CARET //kdDebug(6000) << "d->m_selectionStart " << d->m_selectionStart.handle() // << " d->m_selectionEnd " << d->m_selectionEnd.handle() << endl; // nothing, leave selection parameters as is #else d->m_selectionStart = 0; d->m_startOffset = 0; d->m_selectionEnd = 0; d->m_endOffset = 0; #endif if ( d->m_doc ) d->m_doc->clearSelection(); if ( hadSelection ) emitSelectionChanged(); #ifndef KHTML_NO_CARET bool v = d->m_view->placeCaret(); emitCaretPositionChanged(v ? d->caretNode() : 0, d->caretOffset()); #endif } void KHTMLPart::resetHoverText() { if( !d->m_overURL.isEmpty() ) // Only if we were showing a link { d->m_overURL = d->m_overURLTarget = TQString(); emit onURL( TQString() ); // revert to default statusbar text setStatusBarText(TQString(), BarHoverText); emit d->m_extension->mouseOverInfo(0); } } void KHTMLPart::overURL( const TQString &url, const TQString &target, bool /*shiftPressed*/ ) { KURL u = completeURL(url); // special case for if ( url.isEmpty() ) u.setFileName( url ); emit onURL( url ); if ( url.isEmpty() ) { setStatusBarText(u.htmlURL(), BarHoverText); return; } if (url.find( TQString::fromLatin1( "javascript:" ),0, false ) == 0 ) { TQString jscode = KURL::decode_string( url.mid( url.find( "javascript:", 0, false ) ) ); jscode = KStringHandler::rsqueeze( jscode, 80 ); // truncate if too long if (url.startsWith("javascript:window.open")) jscode += i18n(" (In new window)"); setStatusBarText( TQStyleSheet::escape( jscode ), BarHoverText ); return; } KFileItem item(u, TQString(), KFileItem::Unknown); emit d->m_extension->mouseOverInfo(&item); TQString com; KMimeType::Ptr typ = KMimeType::findByURL( u ); if ( typ ) com = typ->comment( u, false ); if ( !u.isValid() ) { setStatusBarText(u.htmlURL(), BarHoverText); return; } if ( u.isLocalFile() ) { // TODO : use KIO::stat() and create a KFileItem out of its result, // to use KFileItem::statusBarText() TQCString path = TQFile::encodeName( u.path() ); struct stat buff; bool ok = !stat( path.data(), &buff ); struct stat lbuff; if (ok) ok = !lstat( path.data(), &lbuff ); TQString text = u.htmlURL(); TQString text2 = text; if (ok && S_ISLNK( lbuff.st_mode ) ) { TQString tmp; if ( com.isNull() ) tmp = i18n( "Symbolic Link"); else tmp = i18n("%1 (Link)").arg(com); char buff_two[1024]; text += " -> "; int n = readlink ( path.data(), buff_two, 1022); if (n == -1) { text2 += " "; text2 += tmp; setStatusBarText(text2, BarHoverText); return; } buff_two[n] = 0; text += buff_two; text += " "; text += tmp; } else if ( ok && S_ISREG( buff.st_mode ) ) { if (buff.st_size < 1024) text = i18n("%2 (%1 bytes)").arg((long) buff.st_size).arg(text2); // always put the URL last, in case it contains '%' else { float d = (float) buff.st_size/1024.0; text = i18n("%2 (%1 K)").arg(KGlobal::locale()->formatNumber(d, 2)).arg(text2); // was %.2f } text += " "; text += com; } else if ( ok && S_ISDIR( buff.st_mode ) ) { text += " "; text += com; } else { text += " "; text += com; } setStatusBarText(text, BarHoverText); } else { TQString extra; if (target.lower() == "_blank") { extra = i18n(" (In new window)"); } else if (!target.isEmpty() && (target.lower() != "_top") && (target.lower() != "_self") && (target.lower() != "_parent")) { KHTMLPart *p = this; while (p->parentPart()) p = p->parentPart(); if (!p->frameExists(target)) extra = i18n(" (In new window)"); else extra = i18n(" (In other frame)"); } if (u.protocol() == TQString::fromLatin1("mailto")) { TQString mailtoMsg /* = TQString::fromLatin1("").arg(locate("icon", TQString::fromLatin1("locolor/16x16/actions/mail_send.png")))*/; mailtoMsg += i18n("Email to: ") + KURL::decode_string(u.path()); TQStringList queries = TQStringList::split('&', u.query().mid(1)); TQStringList::Iterator it = queries.begin(); const TQStringList::Iterator itEnd = queries.end(); for (; it != itEnd; ++it) if ((*it).startsWith(TQString::fromLatin1("subject="))) mailtoMsg += i18n(" - Subject: ") + KURL::decode_string((*it).mid(8)); else if ((*it).startsWith(TQString::fromLatin1("cc="))) mailtoMsg += i18n(" - CC: ") + KURL::decode_string((*it).mid(3)); else if ((*it).startsWith(TQString::fromLatin1("bcc="))) mailtoMsg += i18n(" - BCC: ") + KURL::decode_string((*it).mid(4)); mailtoMsg = TQStyleSheet::escape(mailtoMsg); mailtoMsg.replace(TQRegExp("([\n\r\t]|[ ]{10})"), TQString()); setStatusBarText(""+mailtoMsg, BarHoverText); return; } // Is this check necessary at all? (Frerich) #if 0 else if (u.protocol() == TQString::fromLatin1("http")) { DOM::Node hrefNode = nodeUnderMouse().parentNode(); while (hrefNode.nodeName().string() != TQString::fromLatin1("A") && !hrefNode.isNull()) hrefNode = hrefNode.parentNode(); if (!hrefNode.isNull()) { DOM::Node hreflangNode = hrefNode.attributes().getNamedItem("HREFLANG"); if (!hreflangNode.isNull()) { TQString countryCode = hreflangNode.nodeValue().string().lower(); // Map the language code to an appropriate country code. if (countryCode == TQString::fromLatin1("en")) countryCode = TQString::fromLatin1("gb"); TQString flagImg = TQString::fromLatin1("").arg( locate("locale", TQString::fromLatin1("l10n/") + countryCode + TQString::fromLatin1("/flag.png"))); emit setStatusBarText(flagImg + u.prettyURL() + extra); } } } #endif setStatusBarText(u.htmlURL() + extra, BarHoverText); } } // // This executes in the active part on a click or other url selection action in // that active part. // void KHTMLPart::urlSelected( const TQString &url, int button, int state, const TQString &_target, KParts::URLArgs args ) { // The member var is so that slotRedirection still calls the virtual urlSelected // but is able to know if is opened a url. KDE4: just make urlSelected return a bool // and move the urlSelectedIntern code back here. d->m_urlSelectedOpenedURL = urlSelectedIntern( url, button, state, _target, args ); } // Return value: true if an url was opened, false if not (e.g. error, or jumping to anchor) bool KHTMLPart::urlSelectedIntern( const TQString &url, int button, int state, const TQString &_target, KParts::URLArgs args ) { bool hasTarget = false; TQString target = _target; if ( target.isEmpty() && d->m_doc ) target = d->m_doc->baseTarget(); if ( !target.isEmpty() ) hasTarget = true; if ( url.find( TQString::fromLatin1( "javascript:" ), 0, false ) == 0 ) { crossFrameExecuteScript( target, KURL::decode_string( url.mid( 11 ) ) ); return false; } KURL cURL = completeURL(url); // special case for (IE removes filename, mozilla doesn't) if ( url.isEmpty() ) cURL.setFileName( url ); // removes filename if ( !cURL.isValid() ) // ### ERROR HANDLING return false; kdDebug(6050) << this << " urlSelected: complete URL:" << cURL.url() << " target=" << target << endl; if ( state & ControlButton ) { args.setNewTab(true); emit d->m_extension->createNewWindow( cURL, args ); return true; } if ( button == Qt::LeftButton && ( state & ShiftButton ) ) { KIO::MetaData metaData; metaData["referrer"] = d->m_referrer; KHTMLPopupGUIClient::saveURL( d->m_view, i18n( "Save As" ), cURL, metaData ); return false; } if (!checkLinkSecurity(cURL, i18n( "This untrusted page links to
%1.
Do you want to follow the link?" ), i18n( "Follow" ))) return false; args.frameName = target; args.metaData().insert("main_frame_request", parentPart() == 0 ? "TRUE":"FALSE"); args.metaData().insert("ssl_parent_ip", d->m_ssl_parent_ip); args.metaData().insert("ssl_parent_cert", d->m_ssl_parent_cert); args.metaData().insert("PropagateHttpHeader", "true"); args.metaData().insert("ssl_was_in_use", d->m_ssl_in_use ? "TRUE":"FALSE"); args.metaData().insert("ssl_activate_warnings", "TRUE"); if ( hasTarget && target != "_self" && target != "_top" && target != "_blank" && target != "_parent" ) { // unknown frame names should open in a new window. khtml::ChildFrame *frame = recursiveFrameRequest( this, cURL, args, false ); if ( frame ) { args.metaData()["referrer"] = d->m_referrer; requestObject( frame, cURL, args ); return true; } } if (!d->m_referrer.isEmpty() && !args.metaData().contains("referrer")) args.metaData()["referrer"] = d->m_referrer; if ( button == Qt::NoButton && (state & ShiftButton) && (state & ControlButton) ) { emit d->m_extension->createNewWindow( cURL, args ); return true; } if ( state & ShiftButton) { KParts::WindowArgs winArgs; winArgs.lowerWindow = true; KParts::ReadOnlyPart *newPart = 0; emit d->m_extension->createNewWindow( cURL, args, winArgs, newPart ); return true; } //If we're asked to open up an anchor in the current URL, in current window, //merely gotoanchor, and do not reload the new page. Note that this does //not apply if the URL is the same page, but without a ref if (cURL.hasRef() && (!hasTarget || target == "_self")) { KURL curUrl = this->url(); if (urlcmp(cURL.url(), curUrl.url(), false, // ignore trailing / diff, IE does, even if FFox doesn't true)) // don't care if the ref changes! { m_url = cURL; emit d->m_extension->openURLNotify(); if ( !gotoAnchor( m_url.encodedHtmlRef()) ) gotoAnchor( m_url.htmlRef() ); emit d->m_extension->setLocationBarURL( m_url.prettyURL() ); return false; // we jumped, but we didn't open a URL } } if ( !d->m_bComplete && !hasTarget ) closeURL(); view()->viewport()->unsetCursor(); emit d->m_extension->openURLRequest( cURL, args ); return true; } void KHTMLPart::slotViewDocumentSource() { KURL url(m_url); bool isTempFile = false; if (!(url.isLocalFile()) && KHTMLPageCache::self()->isComplete(d->m_cacheId)) { KTempFile sourceFile(TQString(), defaultExtension()); if (sourceFile.status() == 0) { KHTMLPageCache::self()->saveData(d->m_cacheId, sourceFile.dataStream()); url = KURL(); url.setPath(sourceFile.name()); isTempFile = true; } } (void) KRun::runURL( url, TQString::fromLatin1("text/plain"), isTempFile ); } void KHTMLPart::slotViewPageInfo() { KHTMLInfoDlg *dlg = new KHTMLInfoDlg(NULL, "KHTML Page Info Dialog", false, (WFlags)WDestructiveClose); dlg->_close->setGuiItem(KStdGuiItem::close()); if (d->m_doc) dlg->_title->setText(d->m_doc->title().string()); // If it's a frame, set the caption to "Frame Information" if ( parentPart() && d->m_doc && d->m_doc->isHTMLDocument() ) { dlg->setCaption(i18n("Frame Information")); } TQString editStr = TQString(); if (!d->m_pageServices.isEmpty()) editStr = i18n(" [Properties]").arg(d->m_pageServices); TQString squeezedURL = KStringHandler::csqueeze( url().prettyURL(), 80 ); dlg->_url->setText("" + squeezedURL + "" + editStr); if (lastModified().isEmpty()) { dlg->_lastModified->hide(); dlg->_lmLabel->hide(); } else dlg->_lastModified->setText(lastModified()); const TQString& enc = encoding(); if (enc.isEmpty()) { dlg->_eLabel->hide(); dlg->_encoding->hide(); } else { dlg->_encoding->setText(enc); } /* populate the list view now */ const TQStringList headers = TQStringList::split("\n", d->m_httpHeaders); TQStringList::ConstIterator it = headers.begin(); const TQStringList::ConstIterator itEnd = headers.end(); for (; it != itEnd; ++it) { const TQStringList header = TQStringList::split(TQRegExp(":[ ]+"), *it); if (header.count() != 2) continue; new TQListViewItem(dlg->_headers, header[0], header[1]); } dlg->show(); /* put no code here */ } void KHTMLPart::slotViewFrameSource() { KParts::ReadOnlyPart *frame = currentFrame(); if ( !frame ) return; KURL url = frame->url(); bool isTempFile = false; if (!(url.isLocalFile()) && frame->inherits("KHTMLPart")) { long cacheId = static_cast(frame)->d->m_cacheId; if (KHTMLPageCache::self()->isComplete(cacheId)) { KTempFile sourceFile(TQString(), defaultExtension()); if (sourceFile.status() == 0) { KHTMLPageCache::self()->saveData(cacheId, sourceFile.dataStream()); url = KURL(); url.setPath(sourceFile.name()); isTempFile = true; } } } (void) KRun::runURL( url, TQString::fromLatin1("text/plain"), isTempFile ); } KURL KHTMLPart::backgroundURL() const { // ### what about XML documents? get from CSS? if (!d->m_doc || !d->m_doc->isHTMLDocument()) return KURL(); TQString relURL = static_cast(d->m_doc)->body()->getAttribute( ATTR_BACKGROUND ).string(); return KURL( m_url, relURL ); } void KHTMLPart::slotSaveBackground() { KIO::MetaData metaData; metaData["referrer"] = d->m_referrer; KHTMLPopupGUIClient::saveURL( d->m_view, i18n("Save Background Image As"), backgroundURL(), metaData ); } void KHTMLPart::slotSaveDocument() { KURL srcURL( m_url ); if ( srcURL.fileName(false).isEmpty() ) srcURL.setFileName( "index" + defaultExtension() ); KIO::MetaData metaData; // Referre unknown? KHTMLPopupGUIClient::saveURL( d->m_view, i18n( "Save As" ), srcURL, metaData, "text/html", d->m_cacheId ); } void KHTMLPart::slotSecurity() { // kdDebug( 6050 ) << "Meta Data:" << endl // << d->m_ssl_peer_cert_subject // << endl // << d->m_ssl_peer_cert_issuer // << endl // << d->m_ssl_cipher // << endl // << d->m_ssl_cipher_desc // << endl // << d->m_ssl_cipher_version // << endl // << d->m_ssl_good_from // << endl // << d->m_ssl_good_until // << endl // << d->m_ssl_cert_state // << endl; KSSLInfoDlg *kid = new KSSLInfoDlg(d->m_ssl_in_use, widget(), "kssl_info_dlg", true ); if (d->m_bSecurityInQuestion) kid->setSecurityInQuestion(true); if (d->m_ssl_in_use) { KSSLCertificate *x = KSSLCertificate::fromString(d->m_ssl_peer_certificate.local8Bit()); if (x) { // Set the chain back onto the certificate const TQStringList cl = TQStringList::split(TQString("\n"), d->m_ssl_peer_chain); TQPtrList ncl; ncl.setAutoDelete(true); TQStringList::ConstIterator it = cl.begin(); const TQStringList::ConstIterator itEnd = cl.end(); for (; it != itEnd; ++it) { KSSLCertificate* const y = KSSLCertificate::fromString((*it).local8Bit()); if (y) ncl.append(y); } if (ncl.count() > 0) x->chain().setChain(ncl); kid->setup(x, d->m_ssl_peer_ip, m_url.url(), d->m_ssl_cipher, d->m_ssl_cipher_desc, d->m_ssl_cipher_version, d->m_ssl_cipher_used_bits.toInt(), d->m_ssl_cipher_bits.toInt(), (KSSLCertificate::KSSLValidation) d->m_ssl_cert_state.toInt() ); kid->exec(); delete x; } else kid->exec(); } else kid->exec(); } void KHTMLPart::slotSaveFrame() { KParts::ReadOnlyPart *frame = currentFrame(); if ( !frame ) return; KURL srcURL( frame->url() ); if ( srcURL.fileName(false).isEmpty() ) srcURL.setFileName( "index" + defaultExtension() ); KIO::MetaData metaData; // Referrer unknown? KHTMLPopupGUIClient::saveURL( d->m_view, i18n( "Save Frame As" ), srcURL, metaData, "text/html" ); } void KHTMLPart::slotSetEncoding() { d->m_automaticDetection->setItemChecked( int( d->m_autoDetectLanguage ), false ); d->m_paSetEncoding->popupMenu()->setItemChecked( 0, false ); d->m_paSetEncoding->popupMenu()->setItemChecked( d->m_paSetEncoding->popupMenu()->idAt( 2 ), true ); TQString enc = KGlobal::charsets()->encodingForName( d->m_manualDetection->currentText() ); setEncoding( enc, true ); } void KHTMLPart::slotUseStylesheet() { if (d->m_doc) { bool autoselect = (d->m_paUseStylesheet->currentItem() == 0); d->m_sheetUsed = autoselect ? TQString() : d->m_paUseStylesheet->currentText(); d->m_doc->updateStyleSelector(); } } void KHTMLPart::updateActions() { bool frames = false; TQValueList::ConstIterator it = d->m_frames.begin(); const TQValueList::ConstIterator end = d->m_frames.end(); for (; it != end; ++it ) if ( (*it)->m_type == khtml::ChildFrame::Frame ) { frames = true; break; } d->m_paViewFrame->setEnabled( frames ); d->m_paSaveFrame->setEnabled( frames ); if ( frames ) d->m_paFind->setText( i18n( "&Find in Frame..." ) ); else d->m_paFind->setText( i18n( "&Find..." ) ); KParts::Part *frame = 0; if ( frames ) frame = currentFrame(); bool enableFindAndSelectAll = true; if ( frame ) enableFindAndSelectAll = frame->inherits( "KHTMLPart" ); d->m_paFind->setEnabled( enableFindAndSelectAll ); d->m_paSelectAll->setEnabled( enableFindAndSelectAll ); bool enablePrintFrame = false; if ( frame ) { TQObject *ext = KParts::BrowserExtension::childObject( frame ); if ( ext ) enablePrintFrame = ext->metaObject()->slotNames().contains( "print()" ); } d->m_paPrintFrame->setEnabled( enablePrintFrame ); TQString bgURL; // ### frames if ( d->m_doc && d->m_doc->isHTMLDocument() && static_cast(d->m_doc)->body() && !d->m_bClearing ) bgURL = static_cast(d->m_doc)->body()->getAttribute( ATTR_BACKGROUND ).string(); d->m_paSaveBackground->setEnabled( !bgURL.isEmpty() ); if ( d->m_paDebugScript ) d->m_paDebugScript->setEnabled( d->m_frame ? d->m_frame->m_jscript : 0L ); } KParts::LiveConnectExtension *KHTMLPart::liveConnectExtension( const khtml::RenderPart *frame) const { const ConstFrameIt end = d->m_objects.end(); for(ConstFrameIt it = d->m_objects.begin(); it != end; ++it ) if ((*it)->m_frame == frame) return (*it)->m_liveconnect; return 0L; } bool KHTMLPart::requestFrame( khtml::RenderPart *frame, const TQString &url, const TQString &frameName, const TQStringList ¶ms, bool isIFrame ) { //kdDebug( 6050 ) << this << " requestFrame( ..., " << url << ", " << frameName << " )" << endl; FrameIt it = d->m_frames.find( frameName ); if ( it == d->m_frames.end() ) { khtml::ChildFrame * child = new khtml::ChildFrame; //kdDebug( 6050 ) << "inserting new frame into frame map " << frameName << endl; child->m_name = frameName; it = d->m_frames.append( child ); } (*it)->m_type = isIFrame ? khtml::ChildFrame::IFrame : khtml::ChildFrame::Frame; (*it)->m_frame = frame; (*it)->m_params = params; // Support for if ( url.find( TQString::fromLatin1( "javascript:" ), 0, false ) == 0 ) { if ( processObjectRequest(*it, KURL("about:blank"), TQString("text/html") ) ) { KHTMLPart* p = static_cast(static_cast((*it)->m_part)); // See if we want to replace content with javascript: output.. TQVariant res = p->executeScript( DOM::Node(), KURL::decode_string( url.right( url.length() - 11) ) ); if ( res.type() == TQVariant::String ) { p->begin(); p->write( res.asString() ); p->end(); } return true; } return false; } KURL u = url.isEmpty() ? KURL() : completeURL( url ); return requestObject( *it, u ); } TQString KHTMLPart::requestFrameName() { return TQString::fromLatin1("").arg(d->m_frameNameId++); } bool KHTMLPart::requestObject( khtml::RenderPart *frame, const TQString &url, const TQString &serviceType, const TQStringList ¶ms ) { //kdDebug( 6005 ) << "KHTMLPart::requestObject " << this << " frame=" << frame << endl; khtml::ChildFrame *child = new khtml::ChildFrame; FrameIt it = d->m_objects.append( child ); (*it)->m_frame = frame; (*it)->m_type = khtml::ChildFrame::Object; (*it)->m_params = params; KParts::URLArgs args; args.serviceType = serviceType; if (!requestObject( *it, completeURL( url ), args ) && !(*it)->m_run) { (*it)->m_bCompleted = true; return false; } return true; } bool KHTMLPart::requestObject( khtml::ChildFrame *child, const KURL &url, const KParts::URLArgs &_args ) { if (!checkLinkSecurity(url)) { kdDebug(6005) << this << " KHTMLPart::requestObject checkLinkSecurity refused" << endl; return false; } if ( child->m_bPreloaded ) { kdDebug(6005) << "KHTMLPart::requestObject preload" << endl; if ( child->m_frame && child->m_part ) child->m_frame->setWidget( child->m_part->widget() ); child->m_bPreloaded = false; return true; } //kdDebug(6005) << "KHTMLPart::requestObject child=" << child << " child->m_part=" << child->m_part << endl; KParts::URLArgs args( _args ); if ( child->m_run ) child->m_run->abort(); if ( child->m_part && !args.reload && urlcmp( child->m_part->url().url(), url.url(), true, true ) ) args.serviceType = child->m_serviceType; child->m_args = args; child->m_args.reload = (d->m_cachePolicy == KIO::CC_Reload); child->m_serviceName = TQString(); if (!d->m_referrer.isEmpty() && !child->m_args.metaData().contains( "referrer" )) child->m_args.metaData()["referrer"] = d->m_referrer; child->m_args.metaData().insert("PropagateHttpHeader", "true"); child->m_args.metaData().insert("ssl_parent_ip", d->m_ssl_parent_ip); child->m_args.metaData().insert("ssl_parent_cert", d->m_ssl_parent_cert); child->m_args.metaData().insert("main_frame_request", parentPart() == 0 ? "TRUE":"FALSE"); child->m_args.metaData().insert("ssl_was_in_use", d->m_ssl_in_use ? "TRUE":"FALSE"); child->m_args.metaData().insert("ssl_activate_warnings", "TRUE"); child->m_args.metaData().insert("cross-domain", toplevelURL().url()); // We want a KHTMLPart if the HTML says or if ((url.isEmpty() || url.url() == "about:blank") && args.serviceType.isEmpty()) args.serviceType = TQString::fromLatin1( "text/html" ); if ( args.serviceType.isEmpty() ) { kdDebug(6050) << "Running new KHTMLRun for " << this << " and child=" << child << endl; child->m_run = new KHTMLRun( this, child, url, child->m_args, true ); d->m_bComplete = false; // ensures we stop it in checkCompleted... return false; } else { return processObjectRequest( child, url, args.serviceType ); } } bool KHTMLPart::processObjectRequest( khtml::ChildFrame *child, const KURL &_url, const TQString &mimetype ) { //kdDebug( 6050 ) << "KHTMLPart::processObjectRequest trying to create part for " << mimetype << endl; // IMPORTANT: create a copy of the url here, because it is just a reference, which was likely to be given // by an emitting frame part (emit openURLRequest( blahurl, ... ) . A few lines below we delete the part // though -> the reference becomes invalid -> crash is likely KURL url( _url ); // khtmlrun called us this way to indicate a loading error if ( d->m_onlyLocalReferences || ( url.isEmpty() && mimetype.isEmpty() ) ) { child->m_bCompleted = true; checkCompleted(); return true; } if (child->m_bNotify) { child->m_bNotify = false; if ( !child->m_args.lockHistory() ) emit d->m_extension->openURLNotify(); } if ( child->m_serviceType != mimetype || !child->m_part ) { // Before attempting to load a part, check if the user wants that. // Many don't like getting ZIP files embedded. // However we don't want to ask for flash and other plugin things.. if ( child->m_type != khtml::ChildFrame::Object ) { TQString suggestedFilename; if ( child->m_run ) suggestedFilename = child->m_run->suggestedFilename(); KParts::BrowserRun::AskSaveResult res = KParts::BrowserRun::askEmbedOrSave( url, mimetype, suggestedFilename ); switch( res ) { case KParts::BrowserRun::Save: KHTMLPopupGUIClient::saveURL( widget(), i18n( "Save As" ), url, child->m_args.metaData(), TQString(), 0, suggestedFilename); // fall-through case KParts::BrowserRun::Cancel: child->m_bCompleted = true; checkCompleted(); return true; // done default: // Open break; } } TQStringList dummy; // the list of servicetypes handled by the part is now unused. KParts::ReadOnlyPart *part = createPart( d->m_view->viewport(), child->m_name.ascii(), this, child->m_name.ascii(), mimetype, child->m_serviceName, dummy, child->m_params ); if ( !part ) { if ( child->m_frame ) if (child->m_frame->partLoadingErrorNotify( child, url, mimetype )) return true; // we succeeded after all (a fallback was used) checkEmitLoadEvent(); return false; } //CRITICAL STUFF if ( child->m_part ) { if (!::tqqt_cast(child->m_part) && child->m_jscript) child->m_jscript->clear(); partManager()->removePart( (KParts::ReadOnlyPart *)child->m_part ); delete (KParts::ReadOnlyPart *)child->m_part; if (child->m_liveconnect) { disconnect(child->m_liveconnect, TQT_SIGNAL(partEvent(const unsigned long, const TQString &, const KParts::LiveConnectExtension::ArgList &)), child, TQT_SLOT(liveConnectEvent(const unsigned long, const TQString&, const KParts::LiveConnectExtension::ArgList &))); child->m_liveconnect = 0L; } } child->m_serviceType = mimetype; if ( child->m_frame && part->widget() ) child->m_frame->setWidget( part->widget() ); if ( child->m_type != khtml::ChildFrame::Object ) partManager()->addPart( part, false ); // else // kdDebug(6005) << "AH! NO FRAME!!!!!" << endl; child->m_part = part; if (::tqqt_cast(part)) { static_cast(part)->d->m_frame = child; } else if (child->m_frame) { child->m_liveconnect = KParts::LiveConnectExtension::childObject(part); if (child->m_liveconnect) connect(child->m_liveconnect, TQT_SIGNAL(partEvent(const unsigned long, const TQString &, const KParts::LiveConnectExtension::ArgList &)), child, TQT_SLOT(liveConnectEvent(const unsigned long, const TQString&, const KParts::LiveConnectExtension::ArgList &))); } KParts::StatusBarExtension *sb = KParts::StatusBarExtension::childObject(part); if (sb) sb->setStatusBar( d->m_statusBarExtension->statusBar() ); connect( part, TQT_SIGNAL( started( KIO::Job *) ), this, TQT_SLOT( slotChildStarted( KIO::Job *) ) ); connect( part, TQT_SIGNAL( completed() ), this, TQT_SLOT( slotChildCompleted() ) ); connect( part, TQT_SIGNAL( completed(bool) ), this, TQT_SLOT( slotChildCompleted(bool) ) ); connect( part, TQT_SIGNAL( setStatusBarText( const TQString & ) ), this, TQT_SIGNAL( setStatusBarText( const TQString & ) ) ); if ( part->inherits( "KHTMLPart" ) ) { connect( this, TQT_SIGNAL( completed() ), part, TQT_SLOT( slotParentCompleted() ) ); connect( this, TQT_SIGNAL( completed(bool) ), part, TQT_SLOT( slotParentCompleted() ) ); // As soon as the child's document is created, we need to set its domain // (but we do so only once, so it can't be simply done in the child) connect( part, TQT_SIGNAL( docCreated() ), this, TQT_SLOT( slotChildDocCreated() ) ); } child->m_extension = KParts::BrowserExtension::childObject( part ); if ( child->m_extension ) { connect( child->m_extension, TQT_SIGNAL( openURLNotify() ), d->m_extension, TQT_SIGNAL( openURLNotify() ) ); connect( child->m_extension, TQT_SIGNAL( openURLRequestDelayed( const KURL &, const KParts::URLArgs & ) ), this, TQT_SLOT( slotChildURLRequest( const KURL &, const KParts::URLArgs & ) ) ); connect( child->m_extension, TQT_SIGNAL( createNewWindow( const KURL &, const KParts::URLArgs & ) ), d->m_extension, TQT_SIGNAL( createNewWindow( const KURL &, const KParts::URLArgs & ) ) ); connect( child->m_extension, TQT_SIGNAL( createNewWindow( const KURL &, const KParts::URLArgs &, const KParts::WindowArgs &, KParts::ReadOnlyPart *& ) ), d->m_extension, TQT_SIGNAL( createNewWindow( const KURL &, const KParts::URLArgs & , const KParts::WindowArgs &, KParts::ReadOnlyPart *&) ) ); connect( child->m_extension, TQT_SIGNAL( popupMenu( const TQPoint &, const KFileItemList & ) ), d->m_extension, TQT_SIGNAL( popupMenu( const TQPoint &, const KFileItemList & ) ) ); connect( child->m_extension, TQT_SIGNAL( popupMenu( KXMLGUIClient *, const TQPoint &, const KFileItemList & ) ), d->m_extension, TQT_SIGNAL( popupMenu( KXMLGUIClient *, const TQPoint &, const KFileItemList & ) ) ); connect( child->m_extension, TQT_SIGNAL( popupMenu( KXMLGUIClient *, const TQPoint &, const KFileItemList &, const KParts::URLArgs &, KParts::BrowserExtension::PopupFlags ) ), d->m_extension, TQT_SIGNAL( popupMenu( KXMLGUIClient *, const TQPoint &, const KFileItemList &, const KParts::URLArgs &, KParts::BrowserExtension::PopupFlags ) ) ); connect( child->m_extension, TQT_SIGNAL( popupMenu( const TQPoint &, const KURL &, const TQString &, mode_t ) ), d->m_extension, TQT_SIGNAL( popupMenu( const TQPoint &, const KURL &, const TQString &, mode_t ) ) ); connect( child->m_extension, TQT_SIGNAL( popupMenu( KXMLGUIClient *, const TQPoint &, const KURL &, const TQString &, mode_t ) ), d->m_extension, TQT_SIGNAL( popupMenu( KXMLGUIClient *, const TQPoint &, const KURL &, const TQString &, mode_t ) ) ); connect( child->m_extension, TQT_SIGNAL( popupMenu( KXMLGUIClient *, const TQPoint &, const KURL &, const KParts::URLArgs &, KParts::BrowserExtension::PopupFlags, mode_t ) ), d->m_extension, TQT_SIGNAL( popupMenu( KXMLGUIClient *, const TQPoint &, const KURL &, const KParts::URLArgs &, KParts::BrowserExtension::PopupFlags, mode_t ) ) ); connect( child->m_extension, TQT_SIGNAL( infoMessage( const TQString & ) ), d->m_extension, TQT_SIGNAL( infoMessage( const TQString & ) ) ); connect( child->m_extension, TQT_SIGNAL( requestFocus( KParts::ReadOnlyPart * ) ), this, TQT_SLOT( slotRequestFocus( KParts::ReadOnlyPart * ) ) ); child->m_extension->setBrowserInterface( d->m_extension->browserInterface() ); } } else if ( child->m_frame && child->m_part && child->m_frame->widget() != child->m_part->widget() ) child->m_frame->setWidget( child->m_part->widget() ); checkEmitLoadEvent(); // Some JS code in the load event may have destroyed the part // In that case, abort if ( !child->m_part ) return false; if ( child->m_bPreloaded ) { if ( child->m_frame && child->m_part ) child->m_frame->setWidget( child->m_part->widget() ); child->m_bPreloaded = false; return true; } child->m_args.reload = (d->m_cachePolicy == KIO::CC_Reload); // make sure the part has a way to find out about the mimetype. // we actually set it in child->m_args in requestObject already, // but it's useless if we had to use a KHTMLRun instance, as the // point the run object is to find out exactly the mimetype. child->m_args.serviceType = mimetype; // if not a frame set child as completed child->m_bCompleted = child->m_type == khtml::ChildFrame::Object; if ( child->m_extension ) child->m_extension->setURLArgs( child->m_args ); if(url.protocol() == "javascript" || url.url() == "about:blank") { if (!child->m_part->inherits("KHTMLPart")) return false; KHTMLPart* p = static_cast(static_cast(child->m_part)); p->begin(); if (d->m_doc && p->d->m_doc) p->d->m_doc->setBaseURL(d->m_doc->baseURL()); if (!url.url().startsWith("about:")) { p->write(url.path()); } else { p->m_url = url; // we need a body element. testcase: p->write(""); } p->end(); return true; } else if ( !url.isEmpty() ) { //kdDebug( 6050 ) << "opening " << url.url() << " in frame " << child->m_part << endl; bool b = child->m_part->openURL( url ); if (child->m_bCompleted) checkCompleted(); return b; } else { child->m_bCompleted = true; checkCompleted(); return true; } } KParts::ReadOnlyPart *KHTMLPart::createPart( TQWidget *parentWidget, const char *widgetName, TQObject *parent, const char *name, const TQString &mimetype, TQString &serviceName, TQStringList &serviceTypes, const TQStringList ¶ms ) { TQString constr; if ( !serviceName.isEmpty() ) constr.append( TQString::fromLatin1( "Name == '%1'" ).arg( serviceName ) ); KTrader::OfferList offers = KTrader::self()->query( mimetype, "KParts/ReadOnlyPart", constr, TQString() ); if ( offers.isEmpty() ) { int pos = mimetype.find( "-plugin" ); if (pos < 0) return 0L; TQString stripped_mime = mimetype.left( pos ); offers = KTrader::self()->query( stripped_mime, "KParts/ReadOnlyPart", constr, TQString() ); if ( offers.isEmpty() ) return 0L; } KTrader::OfferList::ConstIterator it = offers.begin(); const KTrader::OfferList::ConstIterator itEnd = offers.end(); for ( ; it != itEnd; ++it ) { KService::Ptr service = (*it); KLibFactory* const factory = KLibLoader::self()->factory( TQFile::encodeName(service->library()) ); if ( factory ) { KParts::ReadOnlyPart *res = 0L; const char *className = "KParts::ReadOnlyPart"; if ( service->serviceTypes().contains( "Browser/View" ) ) className = "Browser/View"; if ( factory->inherits( "KParts::Factory" ) ) res = static_cast(static_cast( factory )->createPart( parentWidget, widgetName, parent, name, className, params )); else res = static_cast(factory->create( TQT_TQOBJECT(parentWidget), widgetName, className )); if ( res ) { serviceTypes = service->serviceTypes(); serviceName = service->name(); return res; } } else { // TODO KMessageBox::error and i18n, like in KonqFactory::createView? kdWarning() << TQString(TQString("There was an error loading the module %1.\nThe diagnostics is:\n%2") .arg(service->name()).arg(KLibLoader::self()->lastErrorMessage())) << endl; } } return 0; } KParts::PartManager *KHTMLPart::partManager() { if ( !d->m_manager && d->m_view ) { d->m_manager = new KParts::PartManager( d->m_view->topLevelWidget(), this, "khtml part manager" ); d->m_manager->setAllowNestedParts( true ); connect( d->m_manager, TQT_SIGNAL( activePartChanged( KParts::Part * ) ), this, TQT_SLOT( slotActiveFrameChanged( KParts::Part * ) ) ); connect( d->m_manager, TQT_SIGNAL( partRemoved( KParts::Part * ) ), this, TQT_SLOT( slotPartRemoved( KParts::Part * ) ) ); } return d->m_manager; } void KHTMLPart::submitFormAgain() { disconnect(this, TQT_SIGNAL(completed()), this, TQT_SLOT(submitFormAgain())); if( d->m_doc && !d->m_doc->parsing() && d->m_submitForm) KHTMLPart::submitForm( d->m_submitForm->submitAction, d->m_submitForm->submitUrl, d->m_submitForm->submitFormData, d->m_submitForm->target, d->m_submitForm->submitContentType, d->m_submitForm->submitBoundary ); delete d->m_submitForm; d->m_submitForm = 0; } void KHTMLPart::submitFormProxy( const char *action, const TQString &url, const TQByteArray &formData, const TQString &_target, const TQString& contentType, const TQString& boundary ) { submitForm(action, url, formData, _target, contentType, boundary); } void KHTMLPart::submitForm( const char *action, const TQString &url, const TQByteArray &formData, const TQString &_target, const TQString& contentType, const TQString& boundary ) { kdDebug(6000) << this << ": KHTMLPart::submitForm target=" << _target << " url=" << url << endl; if (d->m_formNotification == KHTMLPart::Only) { emit formSubmitNotification(action, url, formData, _target, contentType, boundary); return; } else if (d->m_formNotification == KHTMLPart::Before) { emit formSubmitNotification(action, url, formData, _target, contentType, boundary); } KURL u = completeURL( url ); if ( !u.isValid() ) { // ### ERROR HANDLING! return; } // Form security checks // /* * If these form security checks are still in this place in a month or two * I'm going to simply delete them. */ /* This is separate for a reason. It has to be _before_ all script, etc, * AND I don't want to break anything that uses checkLinkSecurity() in * other places. */ if (!d->m_submitForm) { if (u.protocol() != "https" && u.protocol() != "mailto") { if (d->m_ssl_in_use) { // Going from SSL -> nonSSL int rc = KMessageBox::warningContinueCancel(NULL, i18n("Warning: This is a secure form but it is attempting to send your data back unencrypted." "\nA third party may be able to intercept and view this information." "\nAre you sure you wish to continue?"), i18n("Network Transmission"),KGuiItem(i18n("&Send Unencrypted"))); if (rc == KMessageBox::Cancel) return; } else { // Going from nonSSL -> nonSSL KSSLSettings kss(true); if (kss.warnOnUnencrypted()) { int rc = KMessageBox::warningContinueCancel(NULL, i18n("Warning: Your data is about to be transmitted across the network unencrypted." "\nAre you sure you wish to continue?"), i18n("Network Transmission"), KGuiItem(i18n("&Send Unencrypted")), "WarnOnUnencryptedForm"); // Move this setting into KSSL instead KConfig *config = kapp->config(); TQString grpNotifMsgs = TQString::fromLatin1("Notification Messages"); KConfigGroupSaver saver( config, grpNotifMsgs ); if (!config->readBoolEntry("WarnOnUnencryptedForm", true)) { config->deleteEntry("WarnOnUnencryptedForm"); config->sync(); kss.setWarnOnUnencrypted(false); kss.save(); } if (rc == KMessageBox::Cancel) return; } } } if (u.protocol() == "mailto") { int rc = KMessageBox::warningContinueCancel(NULL, i18n("This site is attempting to submit form data via email.\n" "Do you want to continue?"), i18n("Network Transmission"), KGuiItem(i18n("&Send Email")), "WarnTriedEmailSubmit"); if (rc == KMessageBox::Cancel) { return; } } } // End form security checks // TQString urlstring = u.url(); if ( urlstring.find( TQString::fromLatin1( "javascript:" ), 0, false ) == 0 ) { urlstring = KURL::decode_string(urlstring); crossFrameExecuteScript( _target, urlstring.right( urlstring.length() - 11) ); return; } if (!checkLinkSecurity(u, i18n( "The form will be submitted to
%1
on your local filesystem.
Do you want to submit the form?" ), i18n( "Submit" ))) return; KParts::URLArgs args; if (!d->m_referrer.isEmpty()) args.metaData()["referrer"] = d->m_referrer; args.metaData().insert("PropagateHttpHeader", "true"); args.metaData().insert("ssl_parent_ip", d->m_ssl_parent_ip); args.metaData().insert("ssl_parent_cert", d->m_ssl_parent_cert); args.metaData().insert("main_frame_request", parentPart() == 0 ? "TRUE":"FALSE"); args.metaData().insert("ssl_was_in_use", d->m_ssl_in_use ? "TRUE":"FALSE"); args.metaData().insert("ssl_activate_warnings", "TRUE"); //WABA: When we post a form we should treat it as the main url //the request should never be considered cross-domain //args.metaData().insert("cross-domain", toplevelURL().url()); args.frameName = _target.isEmpty() ? d->m_doc->baseTarget() : _target ; // Handle mailto: forms if (u.protocol() == "mailto") { // 1) Check for attach= and strip it TQString q = u.query().mid(1); TQStringList nvps = TQStringList::split("&", q); bool triedToAttach = false; TQStringList::Iterator nvp = nvps.begin(); const TQStringList::Iterator nvpEnd = nvps.end(); // cannot be a for loop as if something is removed we don't want to do ++nvp, as // remove returns an iterator pointing to the next item while (nvp != nvpEnd) { const TQStringList pair = TQStringList::split("=", *nvp); if (pair.count() >= 2) { if (pair.first().lower() == "attach") { nvp = nvps.remove(nvp); triedToAttach = true; } else { ++nvp; } } else { ++nvp; } } if (triedToAttach) KMessageBox::information(NULL, i18n("This site attempted to attach a file from your computer in the form submission. The attachment was removed for your protection."), i18n("KDE"), "WarnTriedAttach"); // 2) Append body= TQString bodyEnc; if (contentType.lower() == "multipart/form-data") { // FIXME: is this correct? I suspect not bodyEnc = KURL::encode_string(TQString::fromLatin1(formData.data(), formData.size())); } else if (contentType.lower() == "text/plain") { // Convention seems to be to decode, and s/&/\n/ TQString tmpbody = TQString::fromLatin1(formData.data(), formData.size()); tmpbody.replace(TQRegExp("[&]"), "\n"); tmpbody.replace(TQRegExp("[+]"), " "); tmpbody = KURL::decode_string(tmpbody); // Decode the rest of it bodyEnc = KURL::encode_string(tmpbody); // Recode for the URL } else { bodyEnc = KURL::encode_string(TQString::fromLatin1(formData.data(), formData.size())); } nvps.append(TQString("body=%1").arg(bodyEnc)); q = nvps.join("&"); u.setQuery(q); } if ( strcmp( action, "get" ) == 0 ) { if (u.protocol() != "mailto") u.setQuery( TQString::fromLatin1( formData.data(), formData.size() ) ); args.setDoPost( false ); } else { args.postData = formData; args.setDoPost( true ); // construct some user headers if necessary if (contentType.isNull() || contentType == "application/x-www-form-urlencoded") args.setContentType( "Content-Type: application/x-www-form-urlencoded" ); else // contentType must be "multipart/form-data" args.setContentType( "Content-Type: " + contentType + "; boundary=" + boundary ); } if ( d->m_doc->parsing() || d->m_runningScripts > 0 ) { if( d->m_submitForm ) { kdDebug(6000) << "KHTMLPart::submitForm ABORTING!" << endl; return; } d->m_submitForm = new KHTMLPartPrivate::SubmitForm; d->m_submitForm->submitAction = action; d->m_submitForm->submitUrl = url; d->m_submitForm->submitFormData = formData; d->m_submitForm->target = _target; d->m_submitForm->submitContentType = contentType; d->m_submitForm->submitBoundary = boundary; connect(this, TQT_SIGNAL(completed()), this, TQT_SLOT(submitFormAgain())); } else { emit d->m_extension->openURLRequest( u, args ); } } void KHTMLPart::popupMenu( const TQString &linkUrl ) { KURL popupURL; KURL linkKURL; KParts::URLArgs args; TQString referrer; KParts::BrowserExtension::PopupFlags itemflags=KParts::BrowserExtension::ShowBookmark | KParts::BrowserExtension::ShowReload; if ( linkUrl.isEmpty() ) { // click on background KHTMLPart* khtmlPart = this; while ( khtmlPart->parentPart() ) { khtmlPart=khtmlPart->parentPart(); } popupURL = khtmlPart->url(); referrer = khtmlPart->pageReferrer(); if (hasSelection()) itemflags = KParts::BrowserExtension::ShowTextSelectionItems; else itemflags |= KParts::BrowserExtension::ShowNavigationItems; } else { // click on link popupURL = completeURL( linkUrl ); linkKURL = popupURL; referrer = this->referrer(); if (!(d->m_strSelectedURLTarget).isEmpty() && (d->m_strSelectedURLTarget.lower() != "_top") && (d->m_strSelectedURLTarget.lower() != "_self") && (d->m_strSelectedURLTarget.lower() != "_parent")) { if (d->m_strSelectedURLTarget.lower() == "_blank") args.setForcesNewWindow(true); else { KHTMLPart *p = this; while (p->parentPart()) p = p->parentPart(); if (!p->frameExists(d->m_strSelectedURLTarget)) args.setForcesNewWindow(true); } } } // Danger, Will Robinson. The Popup might stay around for a much // longer time than KHTMLPart. Deal with it. KHTMLPopupGUIClient* client = new KHTMLPopupGUIClient( this, d->m_popupMenuXML, linkKURL ); TQGuardedPtr guard( client ); TQString mimetype = TQString::fromLatin1( "text/html" ); args.metaData()["referrer"] = referrer; if (!linkUrl.isEmpty()) // over a link { if (popupURL.isLocalFile()) // safe to do this { mimetype = KMimeType::findByURL(popupURL,0,true,false)->name(); } else // look at "extension" of link { const TQString fname(popupURL.fileName(false)); if (!fname.isEmpty() && !popupURL.hasRef() && popupURL.query().isEmpty()) { KMimeType::Ptr pmt = KMimeType::findByPath(fname,0,true); // Further check for mime types guessed from the extension which, // on a web page, are more likely to be a script delivering content // of undecidable type. If the mime type from the extension is one // of these, don't use it. Retain the original type 'text/html'. if (pmt->name() != KMimeType::defaultMimeType() && !pmt->is("application/x-perl") && !pmt->is("application/x-perl-module") && !pmt->is("application/x-php") && !pmt->is("application/x-python-bytecode") && !pmt->is("application/x-python") && !pmt->is("application/x-shellscript")) mimetype = pmt->name(); } } } args.serviceType = mimetype; emit d->m_extension->popupMenu( client, TQCursor::pos(), popupURL, args, itemflags, S_IFREG /*always a file*/); if ( !guard.isNull() ) { delete client; emit popupMenu(linkUrl, TQCursor::pos()); d->m_strSelectedURL = d->m_strSelectedURLTarget = TQString(); } } void KHTMLPart::slotParentCompleted() { //kdDebug(6050) << this << " slotParentCompleted()" << endl; if ( !d->m_redirectURL.isEmpty() && !d->m_redirectionTimer.isActive() ) { //kdDebug(6050) << this << ": starting timer for child redirection -> " << d->m_redirectURL << endl; d->m_redirectionTimer.start( 1000 * d->m_delayRedirect, true ); } } void KHTMLPart::slotChildStarted( KIO::Job *job ) { khtml::ChildFrame *child = frame( TQT_TQOBJECT_CONST(sender()) ); assert( child ); child->m_bCompleted = false; if ( d->m_bComplete ) { #if 0 // WABA: Looks like this belongs somewhere else if ( !parentPart() ) // "toplevel" html document? if yes, then notify the hosting browser about the document (url) changes { emit d->m_extension->openURLNotify(); } #endif d->m_bComplete = false; emit started( job ); } } void KHTMLPart::slotChildCompleted() { slotChildCompleted( false ); } void KHTMLPart::slotChildCompleted( bool pendingAction ) { khtml::ChildFrame *child = frame( TQT_TQOBJECT_CONST(sender()) ); if ( child ) { kdDebug(6050) << this << " slotChildCompleted child=" << child << " m_frame=" << child->m_frame << endl; child->m_bCompleted = true; child->m_bPendingRedirection = pendingAction; child->m_args = KParts::URLArgs(); } checkCompleted(); } void KHTMLPart::slotChildDocCreated() { const KHTMLPart* htmlFrame = static_cast(sender()); // Set domain to the frameset's domain // This must only be done when loading the frameset initially (#22039), // not when following a link in a frame (#44162). if ( d->m_doc && d->m_doc->isHTMLDocument() ) { if ( sender()->inherits("KHTMLPart") ) { DOMString domain = static_cast(d->m_doc)->domain(); if (htmlFrame->d->m_doc && htmlFrame->d->m_doc->isHTMLDocument() ) //kdDebug(6050) << "KHTMLPart::slotChildDocCreated: url: " << htmlFrame->m_url.url() << endl; static_cast(htmlFrame->d->m_doc)->setDomain( domain ); } } // So it only happens once disconnect( htmlFrame, TQT_SIGNAL( docCreated() ), this, TQT_SLOT( slotChildDocCreated() ) ); } void KHTMLPart::slotChildURLRequest( const KURL &url, const KParts::URLArgs &args ) { khtml::ChildFrame *child = frame( TQT_TQOBJECT_CONST(sender())->parent() ); KHTMLPart *callingHtmlPart = const_cast(dynamic_cast(sender()->parent())); // TODO: handle child target correctly! currently the script are always executed fur the parent TQString urlStr = url.url(); if ( urlStr.find( TQString::fromLatin1( "javascript:" ), 0, false ) == 0 ) { TQString script = KURL::decode_string( urlStr.right( urlStr.length() - 11 ) ); executeScript( DOM::Node(), script ); return; } TQString frameName = args.frameName.lower(); if ( !frameName.isEmpty() ) { if ( frameName == TQString::fromLatin1( "_top" ) ) { emit d->m_extension->openURLRequest( url, args ); return; } else if ( frameName == TQString::fromLatin1( "_blank" ) ) { emit d->m_extension->createNewWindow( url, args ); return; } else if ( frameName == TQString::fromLatin1( "_parent" ) ) { KParts::URLArgs newArgs( args ); newArgs.frameName = TQString(); emit d->m_extension->openURLRequest( url, newArgs ); return; } else if ( frameName != TQString::fromLatin1( "_self" ) ) { khtml::ChildFrame *_frame = recursiveFrameRequest( callingHtmlPart, url, args ); if ( !_frame ) { emit d->m_extension->openURLRequest( url, args ); return; } child = _frame; } } if ( child && child->m_type != khtml::ChildFrame::Object ) { // Inform someone that we are about to show something else. child->m_bNotify = true; requestObject( child, url, args ); } else if ( frameName== "_self" ) // this is for embedded objects (via ) which want to replace the current document { KParts::URLArgs newArgs( args ); newArgs.frameName = TQString(); emit d->m_extension->openURLRequest( url, newArgs ); } } void KHTMLPart::slotRequestFocus( KParts::ReadOnlyPart * ) { emit d->m_extension->requestFocus(this); } khtml::ChildFrame *KHTMLPart::frame( const TQObject *obj ) { assert( obj->inherits( "KParts::ReadOnlyPart" ) ); const KParts::ReadOnlyPart* const part = static_cast( obj ); FrameIt it = d->m_frames.begin(); const FrameIt end = d->m_frames.end(); for (; it != end; ++it ) if ( (KParts::ReadOnlyPart *)(*it)->m_part == part ) return *it; FrameIt oi = d->m_objects.begin(); const FrameIt oiEnd = d->m_objects.end(); for (; oi != oiEnd; ++oi ) if ( (KParts::ReadOnlyPart *)(*oi)->m_part == part ) return *oi; return 0L; } //#define DEBUG_FINDFRAME bool KHTMLPart::checkFrameAccess(KHTMLPart *callingHtmlPart) { if (callingHtmlPart == this) return true; // trivial if (htmlDocument().isNull()) { #ifdef DEBUG_FINDFRAME kdDebug(6050) << "KHTMLPart::checkFrameAccess: Empty part " << this << " URL = " << m_url << endl; #endif return false; // we are empty? } // now compare the domains if (callingHtmlPart && !callingHtmlPart->htmlDocument().isNull() && !htmlDocument().isNull()) { DOM::DOMString actDomain = callingHtmlPart->htmlDocument().domain(); DOM::DOMString destDomain = htmlDocument().domain(); #ifdef DEBUG_FINDFRAME kdDebug(6050) << "KHTMLPart::checkFrameAccess: actDomain = '" << actDomain.string() << "' destDomain = '" << destDomain.string() << "'" << endl; #endif if (actDomain == destDomain) return true; } #ifdef DEBUG_FINDFRAME else { kdDebug(6050) << "KHTMLPart::checkFrameAccess: Unknown part/domain " << callingHtmlPart << " tries to access part " << this << endl; } #endif return false; } KHTMLPart * KHTMLPart::findFrameParent( KParts::ReadOnlyPart *callingPart, const TQString &f, khtml::ChildFrame **childFrame ) { #ifdef DEBUG_FINDFRAME kdDebug(6050) << "KHTMLPart::findFrameParent: this = " << this << " URL = " << m_url << " name = " << name() << " findFrameParent( " << f << " )" << endl; #endif // Check access KHTMLPart* const callingHtmlPart = dynamic_cast(callingPart); if (!checkFrameAccess(callingHtmlPart)) return 0; // match encoding used in KonqView::setViewName() if (!childFrame && !parentPart() && (TQString::fromLocal8Bit(name()) == f)) return this; FrameIt it = d->m_frames.find( f ); const FrameIt end = d->m_frames.end(); if ( it != end ) { #ifdef DEBUG_FINDFRAME kdDebug(6050) << "KHTMLPart::findFrameParent: FOUND!" << endl; #endif if (childFrame) *childFrame = *it; return this; } it = d->m_frames.begin(); for (; it != end; ++it ) { KParts::ReadOnlyPart* const p = (*it)->m_part; if ( p && p->inherits( "KHTMLPart" )) { KHTMLPart* const frameParent = static_cast(p)->findFrameParent(callingPart, f, childFrame); if (frameParent) return frameParent; } } return 0; } KHTMLPart *KHTMLPart::findFrame( const TQString &f ) { khtml::ChildFrame *childFrame; KHTMLPart *parentFrame = findFrameParent(this, f, &childFrame); if (parentFrame) { KParts::ReadOnlyPart *p = childFrame->m_part; if ( p && p->inherits( "KHTMLPart" )) return static_cast(p); } return 0; } KParts::ReadOnlyPart *KHTMLPart::findFramePart(const TQString &f) { khtml::ChildFrame *childFrame; return findFrameParent(this, f, &childFrame) ? static_cast(childFrame->m_part) : 0L; } KParts::ReadOnlyPart *KHTMLPart::currentFrame() const { KParts::ReadOnlyPart* part = (KParts::ReadOnlyPart*)(this); // Find active part in our frame manager, in case we are a frameset // and keep doing that (in case of nested framesets). // Just realized we could also do this recursively, calling part->currentFrame()... while ( part && part->inherits("KHTMLPart") && static_cast(part)->d->m_frames.count() > 0 ) { KHTMLPart* frameset = static_cast(part); part = static_cast(frameset->partManager()->activePart()); if ( !part ) return frameset; } return part; } bool KHTMLPart::frameExists( const TQString &frameName ) { ConstFrameIt it = d->m_frames.find( frameName ); if ( it == d->m_frames.end() ) return false; // WABA: We only return true if the child actually has a frame // set. Otherwise we might find our preloaded-selve. // This happens when we restore the frameset. return (!(*it)->m_frame.isNull()); } KJSProxy *KHTMLPart::framejScript(KParts::ReadOnlyPart *framePart) { KHTMLPart* const kp = ::tqqt_cast(framePart); if (kp) return kp->jScript(); FrameIt it = d->m_frames.begin(); const FrameIt itEnd = d->m_frames.end(); for (; it != itEnd; ++it) if (framePart == (*it)->m_part) { if (!(*it)->m_jscript) createJScript(*it); return (*it)->m_jscript; } return 0L; } KHTMLPart *KHTMLPart::parentPart() { return ::tqqt_cast( parent() ); } khtml::ChildFrame *KHTMLPart::recursiveFrameRequest( KHTMLPart *callingHtmlPart, const KURL &url, const KParts::URLArgs &args, bool callParent ) { #ifdef DEBUG_FINDFRAME kdDebug( 6050 ) << "KHTMLPart::recursiveFrameRequest this = " << this << ", frame = " << args.frameName << ", url = " << url << endl; #endif khtml::ChildFrame *childFrame; KHTMLPart *childPart = findFrameParent(callingHtmlPart, args.frameName, &childFrame); if (childPart) { if (childPart == this) return childFrame; childPart->requestObject( childFrame, url, args ); return 0; } if ( parentPart() && callParent ) { khtml::ChildFrame *res = parentPart()->recursiveFrameRequest( callingHtmlPart, url, args, callParent ); if ( res ) parentPart()->requestObject( res, url, args ); } return 0L; } #ifndef NDEBUG static int s_saveStateIndentLevel = 0; #endif void KHTMLPart::saveState( TQDataStream &stream ) { #ifndef NDEBUG TQString indent = TQString().leftJustify( s_saveStateIndentLevel * 4, ' ' ); const int indentLevel = s_saveStateIndentLevel++; kdDebug( 6050 ) << indent << "saveState this=" << this << " '" << name() << "' saving URL " << m_url.url() << endl; #endif stream << m_url << (TQ_INT32)d->m_view->contentsX() << (TQ_INT32)d->m_view->contentsY() << (TQ_INT32) d->m_view->contentsWidth() << (TQ_INT32) d->m_view->contentsHeight() << (TQ_INT32) d->m_view->marginWidth() << (TQ_INT32) d->m_view->marginHeight(); // save link cursor position int focusNodeNumber; if (!d->m_focusNodeRestored) focusNodeNumber = d->m_focusNodeNumber; else if (d->m_doc && d->m_doc->focusNode()) focusNodeNumber = d->m_doc->nodeAbsIndex(d->m_doc->focusNode()); else focusNodeNumber = -1; stream << focusNodeNumber; // Save the doc's cache id. stream << d->m_cacheId; // Save the state of the document (Most notably the state of any forms) TQStringList docState; if (d->m_doc) { docState = d->m_doc->docState(); } stream << d->m_encoding << d->m_sheetUsed << docState; stream << d->m_zoomFactor; stream << d->m_httpHeaders; stream << d->m_pageServices; stream << d->m_pageReferrer; // Save ssl data stream << d->m_ssl_in_use << d->m_ssl_peer_certificate << d->m_ssl_peer_chain << d->m_ssl_peer_ip << d->m_ssl_cipher << d->m_ssl_cipher_desc << d->m_ssl_cipher_version << d->m_ssl_cipher_used_bits << d->m_ssl_cipher_bits << d->m_ssl_cert_state << d->m_ssl_parent_ip << d->m_ssl_parent_cert; TQStringList frameNameLst, frameServiceTypeLst, frameServiceNameLst; KURL::List frameURLLst; TQValueList frameStateBufferLst; ConstFrameIt it = d->m_frames.begin(); const ConstFrameIt end = d->m_frames.end(); for (; it != end; ++it ) { if ( !(*it)->m_part ) continue; frameNameLst << (*it)->m_name; frameServiceTypeLst << (*it)->m_serviceType; frameServiceNameLst << (*it)->m_serviceName; frameURLLst << (*it)->m_part->url(); TQByteArray state; TQDataStream frameStream( state, IO_WriteOnly ); if ( (*it)->m_extension ) (*it)->m_extension->saveState( frameStream ); frameStateBufferLst << state; } // Save frame data stream << (TQ_UINT32) frameNameLst.count(); stream << frameNameLst << frameServiceTypeLst << frameServiceNameLst << frameURLLst << frameStateBufferLst; #ifndef NDEBUG s_saveStateIndentLevel = indentLevel; #endif } void KHTMLPart::restoreState( TQDataStream &stream ) { KURL u; TQ_INT32 xOffset, yOffset, wContents, hContents, mWidth, mHeight; TQ_UINT32 frameCount; TQStringList frameNames, frameServiceTypes, docState, frameServiceNames; KURL::List frameURLs; TQValueList frameStateBuffers; TQValueList fSizes; TQString encoding, sheetUsed; long old_cacheId = d->m_cacheId; stream >> u >> xOffset >> yOffset >> wContents >> hContents >> mWidth >> mHeight; d->m_view->setMarginWidth( mWidth ); d->m_view->setMarginHeight( mHeight ); // restore link cursor position // nth node is active. value is set in checkCompleted() stream >> d->m_focusNodeNumber; d->m_focusNodeRestored = false; stream >> d->m_cacheId; stream >> encoding >> sheetUsed >> docState; d->m_encoding = encoding; d->m_sheetUsed = sheetUsed; int zoomFactor; stream >> zoomFactor; setZoomFactor(zoomFactor); stream >> d->m_httpHeaders; stream >> d->m_pageServices; stream >> d->m_pageReferrer; // Restore ssl data stream >> d->m_ssl_in_use >> d->m_ssl_peer_certificate >> d->m_ssl_peer_chain >> d->m_ssl_peer_ip >> d->m_ssl_cipher >> d->m_ssl_cipher_desc >> d->m_ssl_cipher_version >> d->m_ssl_cipher_used_bits >> d->m_ssl_cipher_bits >> d->m_ssl_cert_state >> d->m_ssl_parent_ip >> d->m_ssl_parent_cert; setPageSecurity( d->m_ssl_in_use ? Encrypted : NotCrypted ); stream >> frameCount >> frameNames >> frameServiceTypes >> frameServiceNames >> frameURLs >> frameStateBuffers; d->m_bComplete = false; d->m_bLoadEventEmitted = false; // kdDebug( 6050 ) << "restoreState() docState.count() = " << docState.count() << endl; // kdDebug( 6050 ) << "m_url " << m_url.url() << " <-> " << u.url() << endl; // kdDebug( 6050 ) << "m_frames.count() " << d->m_frames.count() << " <-> " << frameCount << endl; if (d->m_cacheId == old_cacheId) { // Partial restore d->m_redirectionTimer.stop(); FrameIt fIt = d->m_frames.begin(); const FrameIt fEnd = d->m_frames.end(); for (; fIt != fEnd; ++fIt ) (*fIt)->m_bCompleted = false; fIt = d->m_frames.begin(); TQStringList::ConstIterator fNameIt = frameNames.begin(); TQStringList::ConstIterator fServiceTypeIt = frameServiceTypes.begin(); TQStringList::ConstIterator fServiceNameIt = frameServiceNames.begin(); KURL::List::ConstIterator fURLIt = frameURLs.begin(); TQValueList::ConstIterator fBufferIt = frameStateBuffers.begin(); for (; fIt != fEnd; ++fIt, ++fNameIt, ++fServiceTypeIt, ++fServiceNameIt, ++fURLIt, ++fBufferIt ) { khtml::ChildFrame* const child = *fIt; // kdDebug( 6050 ) << *fNameIt << " ---- " << *fServiceTypeIt << endl; if ( child->m_name != *fNameIt || child->m_serviceType != *fServiceTypeIt ) { child->m_bPreloaded = true; child->m_name = *fNameIt; child->m_serviceName = *fServiceNameIt; processObjectRequest( child, *fURLIt, *fServiceTypeIt ); } if ( child->m_part ) { child->m_bCompleted = false; if ( child->m_extension && !(*fBufferIt).isEmpty() ) { TQDataStream frameStream( *fBufferIt, IO_ReadOnly ); child->m_extension->restoreState( frameStream ); } else child->m_part->openURL( *fURLIt ); } } KParts::URLArgs args( d->m_extension->urlArgs() ); args.xOffset = xOffset; args.yOffset = yOffset; args.docState = docState; d->m_extension->setURLArgs( args ); d->m_view->resizeContents( wContents, hContents); d->m_view->setContentsPos( xOffset, yOffset ); m_url = u; } else { // Full restore. closeURL(); // We must force a clear because we want to be sure to delete all // frames. d->m_bCleared = false; clear(); d->m_encoding = encoding; d->m_sheetUsed = sheetUsed; TQStringList::ConstIterator fNameIt = frameNames.begin(); const TQStringList::ConstIterator fNameEnd = frameNames.end(); TQStringList::ConstIterator fServiceTypeIt = frameServiceTypes.begin(); TQStringList::ConstIterator fServiceNameIt = frameServiceNames.begin(); KURL::List::ConstIterator fURLIt = frameURLs.begin(); TQValueList::ConstIterator fBufferIt = frameStateBuffers.begin(); for (; fNameIt != fNameEnd; ++fNameIt, ++fServiceTypeIt, ++fServiceNameIt, ++fURLIt, ++fBufferIt ) { khtml::ChildFrame* const newChild = new khtml::ChildFrame; newChild->m_bPreloaded = true; newChild->m_name = *fNameIt; newChild->m_serviceName = *fServiceNameIt; // kdDebug( 6050 ) << *fNameIt << " ---- " << *fServiceTypeIt << endl; const FrameIt childFrame = d->m_frames.append( newChild ); processObjectRequest( *childFrame, *fURLIt, *fServiceTypeIt ); (*childFrame)->m_bPreloaded = true; if ( (*childFrame)->m_part ) { if ( (*childFrame)->m_extension ) if ( (*childFrame)->m_extension && !(*fBufferIt).isEmpty() ) { TQDataStream frameStream( *fBufferIt, IO_ReadOnly ); (*childFrame)->m_extension->restoreState( frameStream ); } else (*childFrame)->m_part->openURL( *fURLIt ); } } KParts::URLArgs args( d->m_extension->urlArgs() ); args.xOffset = xOffset; args.yOffset = yOffset; args.docState = docState; d->m_extension->setURLArgs( args ); if (!KHTMLPageCache::self()->isComplete(d->m_cacheId)) { d->m_restored = true; openURL( u ); d->m_restored = false; } else { restoreURL( u ); } } } void KHTMLPart::show() { if ( d->m_view ) d->m_view->show(); } void KHTMLPart::hide() { if ( d->m_view ) d->m_view->hide(); } DOM::Node KHTMLPart::nodeUnderMouse() const { return d->m_view->nodeUnderMouse(); } DOM::Node KHTMLPart::nonSharedNodeUnderMouse() const { return d->m_view->nonSharedNodeUnderMouse(); } void KHTMLPart::emitSelectionChanged() { emit d->m_extension->enableAction( "copy", hasSelection() ); if ( d->m_findDialog ) d->m_findDialog->setHasSelection( hasSelection() ); emit d->m_extension->selectionInfo( selectedText() ); emit selectionChanged(); } int KHTMLPart::zoomFactor() const { return d->m_zoomFactor; } // ### make the list configurable ? static const int zoomSizes[] = { 20, 40, 60, 80, 90, 95, 100, 105, 110, 120, 140, 160, 180, 200, 250, 300 }; static const int zoomSizeCount = (sizeof(zoomSizes) / sizeof(int)); static const int minZoom = 20; static const int maxZoom = 300; // My idea of useful stepping ;-) (LS) extern const int KDE_NO_EXPORT fastZoomSizes[] = { 20, 50, 75, 90, 100, 120, 150, 200, 300 }; extern const int KDE_NO_EXPORT fastZoomSizeCount = sizeof fastZoomSizes / sizeof fastZoomSizes[0]; void KHTMLPart::slotIncZoom() { zoomIn(zoomSizes, zoomSizeCount); } void KHTMLPart::slotDecZoom() { zoomOut(zoomSizes, zoomSizeCount); } void KHTMLPart::slotIncZoomFast() { zoomIn(fastZoomSizes, fastZoomSizeCount); } void KHTMLPart::slotDecZoomFast() { zoomOut(fastZoomSizes, fastZoomSizeCount); } void KHTMLPart::zoomIn(const int stepping[], int count) { int zoomFactor = d->m_zoomFactor; if (zoomFactor < maxZoom) { // find the entry nearest to the given zoomsizes for (int i = 0; i < count; ++i) if (stepping[i] > zoomFactor) { zoomFactor = stepping[i]; break; } setZoomFactor(zoomFactor); } } void KHTMLPart::zoomOut(const int stepping[], int count) { int zoomFactor = d->m_zoomFactor; if (zoomFactor > minZoom) { // find the entry nearest to the given zoomsizes for (int i = count-1; i >= 0; --i) if (stepping[i] < zoomFactor) { zoomFactor = stepping[i]; break; } setZoomFactor(zoomFactor); } } void KHTMLPart::setZoomFactor (int percent) { if (percent < minZoom) percent = minZoom; if (percent > maxZoom) percent = maxZoom; if (d->m_zoomFactor == percent) return; d->m_zoomFactor = percent; if(d->m_doc) { TQApplication::setOverrideCursor( tqwaitCursor ); if (d->m_doc->styleSelector()) d->m_doc->styleSelector()->computeFontSizes(d->m_doc->paintDeviceMetrics(), d->m_zoomFactor); d->m_doc->recalcStyle( NodeImpl::Force ); TQApplication::restoreOverrideCursor(); } ConstFrameIt it = d->m_frames.begin(); const ConstFrameIt end = d->m_frames.end(); for (; it != end; ++it ) if ( !( *it )->m_part.isNull() && (*it)->m_part->inherits( "KHTMLPart" ) ) { KParts::ReadOnlyPart* const p = ( *it )->m_part; static_cast( p )->setZoomFactor(d->m_zoomFactor); } if ( d->m_guiProfile == BrowserViewGUI ) { d->m_paDecZoomFactor->setEnabled( d->m_zoomFactor > minZoom ); d->m_paIncZoomFactor->setEnabled( d->m_zoomFactor < maxZoom ); } } void KHTMLPart::slotZoomView( int delta ) { if ( delta < 0 ) slotIncZoom(); else slotDecZoom(); } void KHTMLPart::setStatusBarText( const TQString& text, StatusBarPriority p) { if (!d->m_statusMessagesEnabled) return; d->m_statusBarText[p] = text; // shift handling ? TQString tobe = d->m_statusBarText[BarHoverText]; if (tobe.isEmpty()) tobe = d->m_statusBarText[BarOverrideText]; if (tobe.isEmpty()) { tobe = d->m_statusBarText[BarDefaultText]; if (!tobe.isEmpty() && d->m_jobspeed) tobe += " "; if (d->m_jobspeed) tobe += i18n( "(%1/s)" ).arg( KIO::convertSize( d->m_jobspeed ) ); } tobe = ""+tobe; emit ReadOnlyPart::setStatusBarText(tobe); } void KHTMLPart::setJSStatusBarText( const TQString &text ) { setStatusBarText(text, BarOverrideText); } void KHTMLPart::setJSDefaultStatusBarText( const TQString &text ) { setStatusBarText(text, BarDefaultText); } TQString KHTMLPart::jsStatusBarText() const { return d->m_statusBarText[BarOverrideText]; } TQString KHTMLPart::jsDefaultStatusBarText() const { return d->m_statusBarText[BarDefaultText]; } TQString KHTMLPart::referrer() const { return d->m_referrer; } TQString KHTMLPart::pageReferrer() const { KURL referrerURL = KURL( d->m_pageReferrer ); if (referrerURL.isValid()) { TQString protocol = referrerURL.protocol(); if ((protocol == "http") || ((protocol == "https") && (m_url.protocol() == "https"))) { referrerURL.setRef(TQString()); referrerURL.setUser(TQString()); referrerURL.setPass(TQString()); return referrerURL.url(); } } return TQString(); } TQString KHTMLPart::lastModified() const { if ( d->m_lastModified.isEmpty() && m_url.isLocalFile() ) { // Local file: set last-modified from the file's mtime. // Done on demand to save time when this isn't needed - but can lead // to slightly wrong results if updating the file on disk w/o reloading. TQDateTime lastModif = TQFileInfo( m_url.path() ).lastModified(); d->m_lastModified = lastModif.toString( Qt::LocalDate ); } //kdDebug(6050) << "KHTMLPart::lastModified: " << d->m_lastModified << endl; return d->m_lastModified; } void KHTMLPart::slotLoadImages() { if (d->m_doc ) d->m_doc->docLoader()->setAutoloadImages( !d->m_doc->docLoader()->autoloadImages() ); ConstFrameIt it = d->m_frames.begin(); const ConstFrameIt end = d->m_frames.end(); for (; it != end; ++it ) if ( !( *it )->m_part.isNull() && (*it)->m_part->inherits( "KHTMLPart" ) ) { KParts::ReadOnlyPart* const p = ( *it )->m_part; static_cast( p )->slotLoadImages(); } } void KHTMLPart::reparseConfiguration() { KHTMLSettings *settings = KHTMLFactory::defaultHTMLSettings(); settings->init(); setAutoloadImages( settings->autoLoadImages() ); if (d->m_doc) d->m_doc->docLoader()->setShowAnimations( settings->showAnimations() ); d->m_bOpenMiddleClick = settings->isOpenMiddleClickEnabled(); d->m_bBackRightClick = settings->isBackRightClickEnabled(); d->m_bJScriptEnabled = settings->isJavaScriptEnabled(m_url.host()); setDebugScript( settings->isJavaScriptDebugEnabled() ); d->m_bJavaEnabled = settings->isJavaEnabled(m_url.host()); d->m_bPluginsEnabled = settings->isPluginsEnabled(m_url.host()); d->m_metaRefreshEnabled = settings->isAutoDelayedActionsEnabled (); delete d->m_settings; d->m_settings = new KHTMLSettings(*KHTMLFactory::defaultHTMLSettings()); TQApplication::setOverrideCursor( tqwaitCursor ); khtml::CSSStyleSelector::reparseConfiguration(); if(d->m_doc) d->m_doc->updateStyleSelector(); TQApplication::restoreOverrideCursor(); if (KHTMLFactory::defaultHTMLSettings()->isAdFilterEnabled()) runAdFilter(); } TQStringList KHTMLPart::frameNames() const { TQStringList res; ConstFrameIt it = d->m_frames.begin(); const ConstFrameIt end = d->m_frames.end(); for (; it != end; ++it ) if (!(*it)->m_bPreloaded) res += (*it)->m_name; return res; } TQPtrList KHTMLPart::frames() const { TQPtrList res; ConstFrameIt it = d->m_frames.begin(); const ConstFrameIt end = d->m_frames.end(); for (; it != end; ++it ) if (!(*it)->m_bPreloaded) res.append( (*it)->m_part ); return res; } bool KHTMLPart::openURLInFrame( const KURL &url, const KParts::URLArgs &urlArgs ) { kdDebug( 6050 ) << this << "KHTMLPart::openURLInFrame " << url << endl; FrameIt it = d->m_frames.find( urlArgs.frameName ); if ( it == d->m_frames.end() ) return false; // Inform someone that we are about to show something else. if ( !urlArgs.lockHistory() ) emit d->m_extension->openURLNotify(); requestObject( *it, url, urlArgs ); return true; } void KHTMLPart::setDNDEnabled( bool b ) { d->m_bDnd = b; } bool KHTMLPart::dndEnabled() const { return d->m_bDnd; } void KHTMLPart::customEvent( TQCustomEvent *event ) { if ( khtml::MousePressEvent::test( event ) ) { khtmlMousePressEvent( static_cast( event ) ); return; } if ( khtml::MouseDoubleClickEvent::test( event ) ) { khtmlMouseDoubleClickEvent( static_cast( event ) ); return; } if ( khtml::MouseMoveEvent::test( event ) ) { khtmlMouseMoveEvent( static_cast( event ) ); return; } if ( khtml::MouseReleaseEvent::test( event ) ) { khtmlMouseReleaseEvent( static_cast( event ) ); return; } if ( khtml::DrawContentsEvent::test( event ) ) { khtmlDrawContentsEvent( static_cast( event ) ); return; } KParts::ReadOnlyPart::customEvent( event ); } /** returns the position of the first inline text box of the line at * coordinate y in renderNode * * This is a helper function for line-by-line text selection. */ static bool firstRunAt(khtml::RenderObject *renderNode, int y, NodeImpl *&startNode, long &startOffset) { for (khtml::RenderObject *n = renderNode; n; n = n->nextSibling()) { if (n->isText()) { khtml::RenderText* const textRenderer = static_cast(n); const khtml::InlineTextBoxArray &runs = textRenderer->inlineTextBoxes(); const unsigned lim = runs.count(); for (unsigned i = 0; i != lim; ++i) { if (runs[i]->m_y == y && textRenderer->element()) { startNode = textRenderer->element(); startOffset = runs[i]->m_start; return true; } } } if (firstRunAt(n->firstChild(), y, startNode, startOffset)) { return true; } } return false; } /** returns the position of the last inline text box of the line at * coordinate y in renderNode * * This is a helper function for line-by-line text selection. */ static bool lastRunAt(khtml::RenderObject *renderNode, int y, NodeImpl *&endNode, long &endOffset) { khtml::RenderObject *n = renderNode; if (!n) { return false; } khtml::RenderObject *next; while ((next = n->nextSibling())) { n = next; } while (1) { if (lastRunAt(n->firstChild(), y, endNode, endOffset)) { return true; } if (n->isText()) { khtml::RenderText* const textRenderer = static_cast(n); const khtml::InlineTextBoxArray &runs = textRenderer->inlineTextBoxes(); for (int i = (int)runs.count()-1; i >= 0; --i) { if (runs[i]->m_y == y && textRenderer->element()) { endNode = textRenderer->element(); endOffset = runs[i]->m_start + runs[i]->m_len; return true; } } } if (n == renderNode) { return false; } n = n->previousSibling(); } } void KHTMLPart::khtmlMousePressEvent( khtml::MousePressEvent *event ) { DOM::DOMString url = event->url(); TQMouseEvent *_mouse = event->qmouseEvent(); DOM::Node innerNode = event->innerNode(); d->m_mousePressNode = innerNode; d->m_dragStartPos = _mouse->pos(); if ( !event->url().isNull() ) { d->m_strSelectedURL = event->url().string(); d->m_strSelectedURLTarget = event->target().string(); } else d->m_strSelectedURL = d->m_strSelectedURLTarget = TQString(); if ( _mouse->button() == Qt::LeftButton || _mouse->button() == Qt::MidButton ) { d->m_bMousePressed = true; #ifndef KHTML_NO_SELECTION if ( _mouse->button() == Qt::LeftButton ) { if ( (!d->m_strSelectedURL.isNull() && !isEditable()) || (!d->m_mousePressNode.isNull() && d->m_mousePressNode.elementId() == ID_IMG) ) return; if ( !innerNode.isNull() && innerNode.handle()->renderer()) { int offset = 0; DOM::NodeImpl* node = 0; khtml::RenderObject::SelPointState state; innerNode.handle()->renderer()->checkSelectionPoint( event->x(), event->y(), event->absX()-innerNode.handle()->renderer()->xPos(), event->absY()-innerNode.handle()->renderer()->yPos(), node, offset, state ); d->m_extendMode = d->ExtendByChar; #ifdef KHTML_NO_CARET d->m_selectionStart = node; d->m_startOffset = offset; //if ( node ) // kdDebug(6005) << "KHTMLPart::khtmlMousePressEvent selectionStart=" << d->m_selectionStart.handle()->renderer() // << " offset=" << d->m_startOffset << endl; //else // kdDebug(6005) << "KHTML::khtmlMousePressEvent selectionStart=(nil)" << endl; d->m_selectionEnd = d->m_selectionStart; d->m_endOffset = d->m_startOffset; d->m_doc->clearSelection(); #else // KHTML_NO_CARET d->m_view->moveCaretTo(node, offset, (_mouse->state() & ShiftButton) == 0); #endif // KHTML_NO_CARET d->m_initialNode = d->m_selectionStart; d->m_initialOffset = d->m_startOffset; // kdDebug(6000) << "press: initOfs " << d->m_initialOffset << endl; } else { #ifndef KHTML_NO_CARET // simply leave it. Is this a good idea? #else d->m_selectionStart = DOM::Node(); d->m_selectionEnd = DOM::Node(); #endif } emitSelectionChanged(); startAutoScroll(); } #else d->m_dragLastPos = _mouse->globalPos(); #endif } if ( _mouse->button() == Qt::RightButton && parentPart() != 0 && d->m_bBackRightClick ) { d->m_bRightMousePressed = true; } else if ( _mouse->button() == Qt::RightButton ) { popupMenu( d->m_strSelectedURL ); // might be deleted, don't touch "this" } } void KHTMLPart::khtmlMouseDoubleClickEvent( khtml::MouseDoubleClickEvent *event ) { TQMouseEvent *_mouse = event->qmouseEvent(); if ( _mouse->button() == Qt::LeftButton ) { d->m_bMousePressed = true; DOM::Node innerNode = event->innerNode(); // Find selectionStart again, khtmlMouseReleaseEvent lost it if ( !innerNode.isNull() && innerNode.handle()->renderer()) { int offset = 0; DOM::NodeImpl* node = 0; khtml::RenderObject::SelPointState state; innerNode.handle()->renderer()->checkSelectionPoint( event->x(), event->y(), event->absX()-innerNode.handle()->renderer()->xPos(), event->absY()-innerNode.handle()->renderer()->yPos(), node, offset, state); //kdDebug() << k_funcinfo << "checkSelectionPoint returned node=" << node << " offset=" << offset << endl; if ( node && node->renderer() ) { // Extend selection to a complete word (double-click) or line (triple-click) bool selectLine = (event->clickCount() == 3); d->m_extendMode = selectLine ? d->ExtendByLine : d->ExtendByWord; // Extend existing selection if Shift was pressed if (_mouse->state() & ShiftButton) { d->caretNode() = node; d->caretOffset() = offset; d->m_startBeforeEnd = RangeImpl::compareBoundaryPoints( d->m_selectionStart.handle(), d->m_startOffset, d->m_selectionEnd.handle(), d->m_endOffset) <= 0; d->m_initialNode = d->m_extendAtEnd ? d->m_selectionStart : d->m_selectionEnd; d->m_initialOffset = d->m_extendAtEnd ? d->m_startOffset : d->m_endOffset; } else { d->m_selectionStart = d->m_selectionEnd = node; d->m_startOffset = d->m_endOffset = offset; d->m_startBeforeEnd = true; d->m_initialNode = node; d->m_initialOffset = offset; } // kdDebug(6000) << "dblclk: initOfs " << d->m_initialOffset << endl; // Extend the start extendSelection( d->m_selectionStart.handle(), d->m_startOffset, d->m_selectionStart, d->m_startOffset, !d->m_startBeforeEnd, selectLine ); // Extend the end extendSelection( d->m_selectionEnd.handle(), d->m_endOffset, d->m_selectionEnd, d->m_endOffset, d->m_startBeforeEnd, selectLine ); //kdDebug() << d->m_selectionStart.handle() << " " << d->m_startOffset << " - " << // d->m_selectionEnd.handle() << " " << d->m_endOffset << endl; emitSelectionChanged(); d->m_doc ->setSelection(d->m_selectionStart.handle(),d->m_startOffset, d->m_selectionEnd.handle(),d->m_endOffset); #ifndef KHTML_NO_CARET bool v = d->m_view->placeCaret(); emitCaretPositionChanged(v ? d->caretNode() : 0, d->caretOffset()); #endif startAutoScroll(); } } } } void KHTMLPart::extendSelection( DOM::NodeImpl* node, long offset, DOM::Node& selectionNode, long& selectionOffset, bool right, bool selectLines ) { khtml::RenderObject* obj = node->renderer(); if (obj->isText() && selectLines) { int pos; khtml::RenderText *renderer = static_cast(obj); khtml::InlineTextBox *run = renderer->findInlineTextBox( offset, pos ); DOMString t = node->nodeValue(); DOM::NodeImpl* selNode = 0; long selOfs = 0; if (!run) return; int selectionPointY = run->m_y; // Go up to first non-inline element. khtml::RenderObject *renderNode = renderer; while (renderNode && renderNode->isInline()) renderNode = renderNode->parent(); renderNode = renderNode->firstChild(); if (right) { // Look for all the last child in the block that is on the same line // as the selection point. if (!lastRunAt (renderNode, selectionPointY, selNode, selOfs)) return; } else { // Look for all the first child in the block that is on the same line // as the selection point. if (!firstRunAt (renderNode, selectionPointY, selNode, selOfs)) return; } selectionNode = selNode; selectionOffset = selOfs; return; } TQString str; int len = 0; if ( obj->isText() ) { // can be false e.g. when double-clicking on a disabled submit button str = static_cast(obj)->data().string(); len = str.length(); } //kdDebug() << "extendSelection right=" << right << " offset=" << offset << " len=" << len << " Starting at obj=" << obj << endl; TQChar ch; do { // Last char was ok, point to it if ( node ) { selectionNode = node; selectionOffset = offset; } // Get another char while ( obj && ( (right && offset >= len-1) || (!right && offset <= 0) ) ) { obj = right ? obj->objectBelow() : obj->objectAbove(); //kdDebug() << "obj=" << obj << endl; if ( obj ) { //kdDebug() << "isText=" << obj->isText() << endl; str = TQString(); if ( obj->isText() ) str = static_cast(obj)->data().string(); else if ( obj->isBR() ) str = '\n'; else if ( !obj->isInline() ) { obj = 0L; // parag limit -> done break; } len = str.length(); //kdDebug() << "str=" << str << " length=" << len << endl; // set offset - note that the first thing will be a ++ or -- on it. if ( right ) offset = -1; else offset = len; } } if ( !obj ) // end of parag or document break; node = obj->element(); if ( right ) { Q_ASSERT( offset < len-1 ); ++offset; } else { Q_ASSERT( offset > 0 ); --offset; } // Test that char ch = str[ (int)offset ]; //kdDebug() << " offset=" << offset << " ch=" << TQString(ch) << endl; } while ( !ch.isSpace() && !ch.isPunct() ); // make offset point after last char if (right) ++selectionOffset; } #ifndef KHTML_NO_SELECTION void KHTMLPart::extendSelectionTo(int x, int y, int absX, int absY, const DOM::Node &innerNode) { int offset; //kdDebug(6000) << "KHTMLPart::khtmlMouseMoveEvent x=" << event->x() << " y=" << event->y() << endl; DOM::NodeImpl* node=0; khtml::RenderObject::SelPointState state; innerNode.handle()->renderer()->checkSelectionPoint( x, y, absX-innerNode.handle()->renderer()->xPos(), absY-innerNode.handle()->renderer()->yPos(), node, offset, state); if (!node || !node->renderer()) return; // Words at the beginning/end of line cannot be deselected in // ExtendByWord mode. Therefore, do not enforce it if the selection // point does not match the node under the mouse cursor. bool withinNode = innerNode == node; // we have to get to know if end is before start or not... // shouldn't be null but it can happen with dynamic updating of nodes if (d->m_selectionStart.isNull() || d->m_selectionEnd.isNull() || d->m_initialNode.isNull() || !d->m_selectionStart.handle()->renderer() || !d->m_selectionEnd.handle()->renderer()) return; if (d->m_extendMode != d->ExtendByChar) { // check whether we should extend at the front, or at the back bool caretBeforeInit = RangeImpl::compareBoundaryPoints( d->caretNode().handle(), d->caretOffset(), d->m_initialNode.handle(), d->m_initialOffset) <= 0; bool nodeBeforeInit = RangeImpl::compareBoundaryPoints(node, offset, d->m_initialNode.handle(), d->m_initialOffset) <= 0; // have to fix up start to point to the original end if (caretBeforeInit != nodeBeforeInit) { // kdDebug(6000) << "extto cbi: " << caretBeforeInit << " startBefEnd " << d->m_startBeforeEnd << " extAtEnd " << d->m_extendAtEnd << " (" << d->m_startOffset << ") - (" << d->m_endOffset << ")" << " initOfs " << d->m_initialOffset << endl; extendSelection(d->m_initialNode.handle(), d->m_initialOffset, d->m_extendAtEnd ? d->m_selectionStart : d->m_selectionEnd, d->m_extendAtEnd ? d->m_startOffset : d->m_endOffset, nodeBeforeInit, d->m_extendMode == d->ExtendByLine); } } d->caretNode() = node; d->caretOffset() = offset; //kdDebug( 6000 ) << "setting end of selection to " << d->m_selectionEnd.handle() << "/" << d->m_endOffset << endl; d->m_startBeforeEnd = RangeImpl::compareBoundaryPoints( d->m_selectionStart.handle(), d->m_startOffset, d->m_selectionEnd.handle(), d->m_endOffset) <= 0; if ( !d->m_selectionStart.isNull() && !d->m_selectionEnd.isNull() ) { // kdDebug(6000) << "extto: startBefEnd " << d->m_startBeforeEnd << " extAtEnd " << d->m_extendAtEnd << " (" << d->m_startOffset << ") - (" << d->m_endOffset << ")" << " initOfs " << d->m_initialOffset << endl; if (d->m_extendMode != d->ExtendByChar && withinNode) extendSelection( node, offset, d->caretNode(), d->caretOffset(), d->m_startBeforeEnd ^ !d->m_extendAtEnd, d->m_extendMode == d->ExtendByLine ); if (d->m_selectionEnd == d->m_selectionStart && d->m_endOffset < d->m_startOffset) d->m_doc ->setSelection(d->m_selectionStart.handle(),d->m_endOffset, d->m_selectionEnd.handle(),d->m_startOffset); else if (d->m_startBeforeEnd) d->m_doc ->setSelection(d->m_selectionStart.handle(),d->m_startOffset, d->m_selectionEnd.handle(),d->m_endOffset); else d->m_doc ->setSelection(d->m_selectionEnd.handle(),d->m_endOffset, d->m_selectionStart.handle(),d->m_startOffset); } #ifndef KHTML_NO_CARET d->m_view->placeCaret(); #endif } bool KHTMLPart::isExtendingSelection() const { // This is it, the whole detection. khtmlMousePressEvent only sets this // on LMB or MMB, but never on RMB. As text selection doesn't work for MMB, // it's sufficient to only rely on this flag to detect selection extension. return d->m_bMousePressed; } #endif // KHTML_NO_SELECTION void KHTMLPart::khtmlMouseMoveEvent( khtml::MouseMoveEvent *event ) { TQMouseEvent *_mouse = event->qmouseEvent(); if( d->m_bRightMousePressed && parentPart() != 0 && d->m_bBackRightClick ) { popupMenu( d->m_strSelectedURL ); d->m_strSelectedURL = d->m_strSelectedURLTarget = TQString(); d->m_bRightMousePressed = false; } DOM::DOMString url = event->url(); DOM::DOMString target = event->target(); DOM::Node innerNode = event->innerNode(); #ifndef QT_NO_DRAGANDDROP if( d->m_bDnd && d->m_bMousePressed && ( (!d->m_strSelectedURL.isEmpty() && !isEditable()) || (!d->m_mousePressNode.isNull() && d->m_mousePressNode.elementId() == ID_IMG) ) ) { if ( ( d->m_dragStartPos - _mouse->pos() ).manhattanLength() <= KGlobalSettings::dndEventDelay() ) return; TQPixmap pix; HTMLImageElementImpl *img = 0L; TQDragObject *drag = 0; KURL u; // qDebug("****************** Event URL: %s", url.string().latin1()); // qDebug("****************** Event Target: %s", target.string().latin1()); // Normal image... if ( url.length() == 0 && innerNode.handle() && innerNode.handle()->id() == ID_IMG ) { img = static_cast(innerNode.handle()); u = KURL( completeURL( khtml::parseURL(img->getAttribute(ATTR_SRC)).string() ) ); pix = KMimeType::mimeType("image/png")->pixmap(KIcon::Desktop); } else { // Text or image link... u = completeURL( d->m_strSelectedURL ); pix = KMimeType::pixmapForURL(u, 0, KIcon::Desktop, KIcon::SizeMedium); } u.setPass(TQString()); KURLDrag* urlDrag = new KURLDrag( u, img ? 0 : d->m_view->viewport() ); if ( !d->m_referrer.isEmpty() ) urlDrag->metaData()["referrer"] = d->m_referrer; if( img && img->complete()) { KMultipleDrag *mdrag = new KMultipleDrag( d->m_view->viewport() ); mdrag->addDragObject( new TQImageDrag( img->currentImage(), 0L ) ); mdrag->addDragObject( urlDrag ); drag = mdrag; } else drag = urlDrag; if ( !pix.isNull() ) drag->setPixmap( pix ); stopAutoScroll(); if(drag) drag->drag(); // when we finish our drag, we need to undo our mouse press d->m_bMousePressed = false; d->m_strSelectedURL = d->m_strSelectedURLTarget = TQString(); return; } #endif // Not clicked -> mouse over stuff if ( !d->m_bMousePressed ) { // The mouse is over something if ( url.length() ) { bool shiftPressed = ( _mouse->state() & ShiftButton ); // Image map if ( !innerNode.isNull() && innerNode.elementId() == ID_IMG ) { HTMLImageElementImpl *i = static_cast(innerNode.handle()); if ( i && i->isServerMap() ) { khtml::RenderObject *r = i->renderer(); if(r) { int absx, absy, vx, vy; r->absolutePosition(absx, absy); view()->contentsToViewport( absx, absy, vx, vy ); int x(_mouse->x() - vx), y(_mouse->y() - vy); d->m_overURL = url.string() + TQString("?%1,%2").arg(x).arg(y); d->m_overURLTarget = target.string(); overURL( d->m_overURL, target.string(), shiftPressed ); return; } } } // normal link if ( d->m_overURL.isEmpty() || d->m_overURL != url || d->m_overURLTarget != target ) { d->m_overURL = url.string(); d->m_overURLTarget = target.string(); overURL( d->m_overURL, target.string(), shiftPressed ); } } else // Not over a link... { // reset to "default statusbar text" resetHoverText(); } } else { #ifndef KHTML_NO_SELECTION // selection stuff if( d->m_bMousePressed && innerNode.handle() && innerNode.handle()->renderer() && ( (_mouse->state() & Qt::LeftButton) != 0 )) { extendSelectionTo(event->x(), event->y(), event->absX(), event->absY(), innerNode); #else if ( d->m_doc && d->m_view ) { TQPoint diff( _mouse->globalPos() - d->m_dragLastPos ); if ( abs( diff.x() ) > 64 || abs( diff.y() ) > 64 ) { d->m_view->scrollBy( -diff.x(), -diff.y() ); d->m_dragLastPos = _mouse->globalPos(); } #endif } } } void KHTMLPart::khtmlMouseReleaseEvent( khtml::MouseReleaseEvent *event ) { DOM::Node innerNode = event->innerNode(); d->m_mousePressNode = DOM::Node(); if ( d->m_bMousePressed ) { setStatusBarText(TQString(), BarHoverText); stopAutoScroll(); } // Used to prevent mouseMoveEvent from initiating a drag before // the mouse is pressed again. d->m_bMousePressed = false; TQMouseEvent *_mouse = event->qmouseEvent(); if ( _mouse->button() == Qt::RightButton && parentPart() != 0 && d->m_bBackRightClick ) { d->m_bRightMousePressed = false; KParts::BrowserInterface *tmp_iface = d->m_extension->browserInterface(); if( tmp_iface ) { tmp_iface->callMethod( "goHistory(int)", -1 ); } } #ifndef QT_NO_CLIPBOARD if ((d->m_guiProfile == BrowserViewGUI) && (_mouse->button() == Qt::MidButton) && (event->url().isNull())) { kdDebug( 6050 ) << "KHTMLPart::khtmlMouseReleaseEvent() MMB shouldOpen=" << d->m_bOpenMiddleClick << endl; if (d->m_bOpenMiddleClick) { KHTMLPart *p = this; while (p->parentPart()) p = p->parentPart(); p->d->m_extension->pasteRequest(); } } #endif #ifndef KHTML_NO_SELECTION // delete selection in case start and end position are at the same point if(d->m_selectionStart == d->m_selectionEnd && d->m_startOffset == d->m_endOffset) { #ifndef KHTML_NO_CARET d->m_extendAtEnd = true; #else d->m_selectionStart = 0; d->m_selectionEnd = 0; d->m_startOffset = 0; d->m_endOffset = 0; #endif emitSelectionChanged(); } else { // we have to get to know if end is before start or not... // kdDebug(6000) << "rel: startBefEnd " << d->m_startBeforeEnd << " extAtEnd " << d->m_extendAtEnd << " (" << d->m_startOffset << ") - (" << d->m_endOffset << ")" << endl; DOM::Node n = d->m_selectionStart; d->m_startBeforeEnd = false; if( d->m_selectionStart == d->m_selectionEnd ) { if( d->m_startOffset < d->m_endOffset ) d->m_startBeforeEnd = true; } else { #if 0 while(!n.isNull()) { if(n == d->m_selectionEnd) { d->m_startBeforeEnd = true; break; } DOM::Node next = n.firstChild(); if(next.isNull()) next = n.nextSibling(); while( next.isNull() && !n.parentNode().isNull() ) { n = n.parentNode(); next = n.nextSibling(); } n = next; } #else // shouldn't be null but it can happen with dynamic updating of nodes if (d->m_selectionStart.isNull() || d->m_selectionEnd.isNull() || !d->m_selectionStart.handle()->renderer() || !d->m_selectionEnd.handle()->renderer()) return; d->m_startBeforeEnd = RangeImpl::compareBoundaryPoints( d->m_selectionStart.handle(), d->m_startOffset, d->m_selectionEnd.handle(), d->m_endOffset) <= 0; #endif } if(!d->m_startBeforeEnd) { DOM::Node tmpNode = d->m_selectionStart; int tmpOffset = d->m_startOffset; d->m_selectionStart = d->m_selectionEnd; d->m_startOffset = d->m_endOffset; d->m_selectionEnd = tmpNode; d->m_endOffset = tmpOffset; d->m_startBeforeEnd = true; d->m_extendAtEnd = !d->m_extendAtEnd; } #ifndef KHTML_NO_CARET bool v = d->m_view->placeCaret(); emitCaretPositionChanged(v ? d->caretNode() : 0, d->caretOffset()); #endif // get selected text and paste to the clipboard #ifndef QT_NO_CLIPBOARD TQString text = selectedText(); text.replace(TQChar(0xa0), ' '); disconnect( kapp->clipboard(), TQT_SIGNAL( selectionChanged()), this, TQT_SLOT( slotClearSelection())); kapp->clipboard()->setText(text,TQClipboard::Selection); connect( kapp->clipboard(), TQT_SIGNAL( selectionChanged()), TQT_SLOT( slotClearSelection())); #endif //kdDebug( 6000 ) << "selectedText = " << text << endl; emitSelectionChanged(); //kdDebug(6000) << "rel2: startBefEnd " << d->m_startBeforeEnd << " extAtEnd " << d->m_extendAtEnd << " (" << d->m_startOffset << ") - (" << d->m_endOffset << "), caretOfs " << d->caretOffset() << endl; } #endif d->m_initialNode = 0; // don't hold nodes longer than necessary d->m_initialOffset = 0; } void KHTMLPart::khtmlDrawContentsEvent( khtml::DrawContentsEvent * ) { } void KHTMLPart::guiActivateEvent( KParts::GUIActivateEvent *event ) { if ( event->activated() ) { emitSelectionChanged(); emit d->m_extension->enableAction( "print", d->m_doc != 0 ); if ( !d->m_settings->autoLoadImages() && d->m_paLoadImages ) { TQPtrList lst; lst.append( d->m_paLoadImages ); plugActionList( "loadImages", lst ); } } } void KHTMLPart::slotPrintFrame() { if ( d->m_frames.count() == 0 ) return; KParts::ReadOnlyPart *frame = currentFrame(); if (!frame) return; KParts::BrowserExtension *ext = KParts::BrowserExtension::childObject( frame ); if ( !ext ) return; TQMetaObject *mo = ext->metaObject(); int idx = mo->findSlot( "print()", true ); if ( idx >= 0 ) { TQUObject o[ 1 ]; ext->qt_invoke( idx, o ); } } void KHTMLPart::slotSelectAll() { KParts::ReadOnlyPart *part = currentFrame(); if (part && part->inherits("KHTMLPart")) static_cast(part)->selectAll(); } void KHTMLPart::startAutoScroll() { connect(&d->m_scrollTimer, TQT_SIGNAL( timeout() ), this, TQT_SLOT( slotAutoScroll() )); d->m_scrollTimer.start(100, false); } void KHTMLPart::stopAutoScroll() { disconnect(&d->m_scrollTimer, TQT_SIGNAL( timeout() ), this, TQT_SLOT( slotAutoScroll() )); if (d->m_scrollTimer.isActive()) d->m_scrollTimer.stop(); } void KHTMLPart::slotAutoScroll() { if (d->m_view) d->m_view->doAutoScroll(); else stopAutoScroll(); // Safety } void KHTMLPart::runAdFilter() { if ( parentPart() ) parentPart()->runAdFilter(); if ( !d->m_doc ) return; TQPtrDictIterator it( d->m_doc->docLoader()->m_docObjects ); for ( ; it.current(); ++it ) if ( it.current()->type() == khtml::CachedObject::Image ) { khtml::CachedImage *image = static_cast(it.current()); bool wasBlocked = image->m_wasBlocked; image->m_wasBlocked = KHTMLFactory::defaultHTMLSettings()->isAdFiltered( d->m_doc->completeURL( (*it).url().string() ) ); if ( image->m_wasBlocked != wasBlocked ) image->do_notify(image->pixmap(), image->valid_rect()); } if ( KHTMLFactory::defaultHTMLSettings()->isHideAdsEnabled() ) { for ( NodeImpl *nextNode, *node = d->m_doc; node; node = nextNode ) { // We might be deleting 'node' shortly. nextNode = node->traverseNextNode(); if ( node->id() == ID_IMG || node->id() == ID_IFRAME || (node->id() == ID_INPUT && static_cast(node)->inputType() == HTMLInputElementImpl::IMAGE )) { if ( KHTMLFactory::defaultHTMLSettings()->isAdFiltered( d->m_doc->completeURL( static_cast(node)->getAttribute(ATTR_SRC).string() ) ) ) { // We found an IMG, IFRAME or INPUT (of type IMAGE) matching a filter. node->ref(); NodeImpl *parent = node->parent(); if( parent ) { int exception = 0; parent->removeChild(node, exception); } node->deref(); } } } } } void KHTMLPart::selectAll() { if (!d->m_doc) return; NodeImpl *first; if (d->m_doc->isHTMLDocument()) first = static_cast(d->m_doc)->body(); else first = d->m_doc; NodeImpl *next; // Look for first text/cdata node that has a renderer, // or first childless replaced element while ( first && !(first->renderer() && ((first->nodeType() == Node::TEXT_NODE || first->nodeType() == Node::CDATA_SECTION_NODE) || (first->renderer()->isReplaced() && !first->renderer()->firstChild())))) { next = first->firstChild(); if ( !next ) next = first->nextSibling(); while( first && !next ) { first = first->parentNode(); if ( first ) next = first->nextSibling(); } first = next; } NodeImpl *last; if (d->m_doc->isHTMLDocument()) last = static_cast(d->m_doc)->body(); else last = d->m_doc; // Look for last text/cdata node that has a renderer, // or last childless replaced element // ### Instead of changing this loop, use findLastSelectableNode // in render_table.cpp (LS) while ( last && !(last->renderer() && ((last->nodeType() == Node::TEXT_NODE || last->nodeType() == Node::CDATA_SECTION_NODE) || (last->renderer()->isReplaced() && !last->renderer()->lastChild())))) { next = last->lastChild(); if ( !next ) next = last->previousSibling(); while ( last && !next ) { last = last->parentNode(); if ( last ) next = last->previousSibling(); } last = next; } if ( !first || !last ) return; Q_ASSERT(first->renderer()); Q_ASSERT(last->renderer()); d->m_selectionStart = first; d->m_startOffset = 0; d->m_selectionEnd = last; d->m_endOffset = last->nodeValue().length(); d->m_startBeforeEnd = true; d->m_doc->setSelection( d->m_selectionStart.handle(), d->m_startOffset, d->m_selectionEnd.handle(), d->m_endOffset ); emitSelectionChanged(); } bool KHTMLPart::checkLinkSecurity(const KURL &linkURL,const TQString &message, const TQString &button) { bool linkAllowed = true; if ( d->m_doc ) linkAllowed = kapp && kapp->authorizeURLAction("redirect", url(), linkURL); if ( !linkAllowed ) { khtml::Tokenizer *tokenizer = d->m_doc->tokenizer(); if (tokenizer) tokenizer->setOnHold(true); int response = KMessageBox::Cancel; if (!message.isEmpty()) { response = KMessageBox::warningContinueCancel( 0, message.arg(linkURL.htmlURL()), i18n( "Security Warning" ), button); } else { KMessageBox::error( 0, i18n( "Access by untrusted page to
%1
denied.").arg(linkURL.htmlURL()), i18n( "Security Alert" )); } if (tokenizer) tokenizer->setOnHold(false); return (response==KMessageBox::Continue); } return true; } void KHTMLPart::slotPartRemoved( KParts::Part *part ) { // kdDebug(6050) << "KHTMLPart::slotPartRemoved " << part << endl; if ( part == d->m_activeFrame ) { d->m_activeFrame = 0L; if ( !part->inherits( "KHTMLPart" ) ) { if (factory()) { factory()->removeClient( part ); } if (childClients()->containsRef(part)) { removeChildClient( part ); } } } } void KHTMLPart::slotActiveFrameChanged( KParts::Part *part ) { // kdDebug(6050) << "KHTMLPart::slotActiveFrameChanged this=" << this << "part=" << part << endl; if ( part == this ) { kdError(6050) << "strange error! we activated ourselves" << endl; assert( false ); return; } // kdDebug(6050) << "KHTMLPart::slotActiveFrameChanged d->m_activeFrame=" << d->m_activeFrame << endl; if ( d->m_activeFrame && d->m_activeFrame->widget() && d->m_activeFrame->widget()->inherits( TQFRAME_OBJECT_NAME_STRING ) ) { TQFrame *frame = static_cast( d->m_activeFrame->widget() ); if (frame->frameStyle() != TQFrame::NoFrame) { frame->setFrameStyle( TQFrame::StyledPanel | TQFrame::Sunken); frame->repaint(); } } if( d->m_activeFrame && !d->m_activeFrame->inherits( "KHTMLPart" ) ) { if (factory()) { factory()->removeClient( d->m_activeFrame ); } removeChildClient( d->m_activeFrame ); } if( part && !part->inherits( "KHTMLPart" ) ) { if (factory()) { factory()->addClient( part ); } insertChildClient( part ); } d->m_activeFrame = part; if ( d->m_activeFrame && d->m_activeFrame->widget()->inherits( TQFRAME_OBJECT_NAME_STRING ) ) { TQFrame *frame = static_cast( d->m_activeFrame->widget() ); if (frame->frameStyle() != TQFrame::NoFrame) { frame->setFrameStyle( TQFrame::StyledPanel | TQFrame::Plain); frame->repaint(); } kdDebug(6050) << "new active frame " << d->m_activeFrame << endl; } updateActions(); // (note: childObject returns 0 if the argument is 0) d->m_extension->setExtensionProxy( KParts::BrowserExtension::childObject( d->m_activeFrame ) ); } void KHTMLPart::setActiveNode(const DOM::Node &node) { if (!d->m_doc || !d->m_view) return; // Set the document's active node d->m_doc->setFocusNode(node.handle()); // Scroll the view if necessary to ensure that the new focus node is visible TQRect rect = node.handle()->getRect(); d->m_view->ensureVisible(rect.right(), rect.bottom()); d->m_view->ensureVisible(rect.left(), rect.top()); } DOM::Node KHTMLPart::activeNode() const { return DOM::Node(d->m_doc?d->m_doc->focusNode():0); } DOM::EventListener *KHTMLPart::createHTMLEventListener( TQString code, TQString name, NodeImpl* node ) { KJSProxy *proxy = jScript(); if (!proxy) return 0; return proxy->createHTMLEventHandler( m_url.url(), name, code, node ); } KHTMLPart *KHTMLPart::opener() { return d->m_opener; } void KHTMLPart::setOpener(KHTMLPart *_opener) { d->m_opener = _opener; } bool KHTMLPart::openedByJS() { return d->m_openedByJS; } void KHTMLPart::setOpenedByJS(bool _openedByJS) { d->m_openedByJS = _openedByJS; } void KHTMLPart::preloadStyleSheet(const TQString &url, const TQString &stylesheet) { khtml::Cache::preloadStyleSheet(url, stylesheet); } void KHTMLPart::preloadScript(const TQString &url, const TQString &script) { khtml::Cache::preloadScript(url, script); } TQCString KHTMLPart::dcopObjectId() const { TQCString id; id.sprintf("html-widget%d", d->m_dcop_counter); return id; } long KHTMLPart::cacheId() const { return d->m_cacheId; } bool KHTMLPart::restored() const { return d->m_restored; } bool KHTMLPart::pluginPageQuestionAsked(const TQString& mimetype) const { // parentPart() should be const! KHTMLPart* parent = const_cast(this)->parentPart(); if ( parent ) return parent->pluginPageQuestionAsked(mimetype); return d->m_pluginPageQuestionAsked.contains(mimetype); } void KHTMLPart::setPluginPageQuestionAsked(const TQString& mimetype) { if ( parentPart() ) parentPart()->setPluginPageQuestionAsked(mimetype); d->m_pluginPageQuestionAsked.append(mimetype); } void KHTMLPart::slotAutomaticDetectionLanguage( int _id ) { d->m_automaticDetection->setItemChecked( _id, true ); switch ( _id ) { case 0 : d->m_autoDetectLanguage = khtml::Decoder::SemiautomaticDetection; break; case 1 : d->m_autoDetectLanguage = khtml::Decoder::Arabic; break; case 2 : d->m_autoDetectLanguage = khtml::Decoder::Baltic; break; case 3 : d->m_autoDetectLanguage = khtml::Decoder::CentralEuropean; break; case 4 : d->m_autoDetectLanguage = khtml::Decoder::Chinese; break; case 5 : d->m_autoDetectLanguage = khtml::Decoder::Greek; break; case 6 : d->m_autoDetectLanguage = khtml::Decoder::Hebrew; break; case 7 : d->m_autoDetectLanguage = khtml::Decoder::Japanese; break; case 8 : d->m_autoDetectLanguage = khtml::Decoder::Korean; break; case 9 : d->m_autoDetectLanguage = khtml::Decoder::Russian; break; case 10 : d->m_autoDetectLanguage = khtml::Decoder::Thai; break; case 11 : d->m_autoDetectLanguage = khtml::Decoder::Turkish; break; case 12 : d->m_autoDetectLanguage = khtml::Decoder::Ukrainian; break; case 13 : d->m_autoDetectLanguage = khtml::Decoder::Unicode; break; case 14 : d->m_autoDetectLanguage = khtml::Decoder::WesternEuropean; break; default : d->m_autoDetectLanguage = khtml::Decoder::SemiautomaticDetection; break; } for ( int i = 0; i <= 14; ++i ) { if ( i != _id ) d->m_automaticDetection->setItemChecked( i, false ); } d->m_paSetEncoding->popupMenu()->setItemChecked( 0, true ); setEncoding( TQString(), false ); if( d->m_manualDetection ) d->m_manualDetection->setCurrentItem( -1 ); d->m_paSetEncoding->popupMenu()->setItemChecked( d->m_paSetEncoding->popupMenu()->idAt( 2 ), false ); } khtml::Decoder *KHTMLPart::createDecoder() { khtml::Decoder *dec = new khtml::Decoder(); if( !d->m_encoding.isNull() ) dec->setEncoding( d->m_encoding.latin1(), d->m_haveEncoding ? khtml::Decoder::UserChosenEncoding : khtml::Decoder::EncodingFromHTTPHeader); else { // Inherit the default encoding from the parent frame if there is one. const char *defaultEncoding = (parentPart() && parentPart()->d->m_decoder) ? parentPart()->d->m_decoder->encoding() : settings()->encoding().latin1(); dec->setEncoding(defaultEncoding, khtml::Decoder::DefaultEncoding); } #ifdef APPLE_CHANGES if (d->m_doc) d->m_doc->setDecoder(d->m_decoder); #endif dec->setAutoDetectLanguage( d->m_autoDetectLanguage ); return dec; } void KHTMLPart::emitCaretPositionChanged(const DOM::Node &node, long offset) { emit caretPositionChanged(node, offset); } void KHTMLPart::restoreScrollPosition() { KParts::URLArgs args = d->m_extension->urlArgs(); if ( m_url.hasRef() && !d->m_restoreScrollPosition && !args.reload) { if ( !d->m_doc || !d->m_doc->parsing() ) disconnect(d->m_view, TQT_SIGNAL(finishedLayout()), this, TQT_SLOT(restoreScrollPosition())); if ( !gotoAnchor(m_url.encodedHtmlRef()) ) gotoAnchor(m_url.htmlRef()); return; } // Check whether the viewport has become large enough to encompass the stored // offsets. If the document has been fully loaded, force the new coordinates, // even if the canvas is too short (can happen when user resizes the window // during loading). if (d->m_view->contentsHeight() - d->m_view->visibleHeight() >= args.yOffset || d->m_bComplete) { d->m_view->setContentsPos(args.xOffset, args.yOffset); disconnect(d->m_view, TQT_SIGNAL(finishedLayout()), this, TQT_SLOT(restoreScrollPosition())); } } void KHTMLPart::openWallet(DOM::HTMLFormElementImpl *form) { #ifndef KHTML_NO_WALLET KHTMLPart *p; for (p = parentPart(); p && p->parentPart(); p = p->parentPart()) { } if (p) { p->openWallet(form); return; } if (onlyLocalReferences()) { // avoid triggering on local apps, thumbnails return; } if (d->m_wallet) { if (d->m_bWalletOpened) { if (d->m_wallet->isOpen()) { form->walletOpened(d->m_wallet); return; } d->m_wallet->deleteLater(); d->m_wallet = 0L; d->m_bWalletOpened = false; } } if (!d->m_wq) { KWallet::Wallet *wallet = KWallet::Wallet::openWallet(KWallet::Wallet::NetworkWallet(), widget() ? widget()->topLevelWidget()->winId() : 0, KWallet::Wallet::Asynchronous); d->m_wq = new KHTMLWalletQueue(this); d->m_wq->wallet = wallet; connect(wallet, TQT_SIGNAL(walletOpened(bool)), d->m_wq, TQT_SLOT(walletOpened(bool))); connect(d->m_wq, TQT_SIGNAL(walletOpened(KWallet::Wallet*)), this, TQT_SLOT(walletOpened(KWallet::Wallet*))); } assert(form); d->m_wq->callers.append(KHTMLWalletQueue::Caller(form, form->getDocument())); #endif // KHTML_NO_WALLET } void KHTMLPart::saveToWallet(const TQString& key, const TQMap& data) { #ifndef KHTML_NO_WALLET KHTMLPart *p; for (p = parentPart(); p && p->parentPart(); p = p->parentPart()) { } if (p) { p->saveToWallet(key, data); return; } if (d->m_wallet) { if (d->m_bWalletOpened) { if (d->m_wallet->isOpen()) { if (!d->m_wallet->hasFolder(KWallet::Wallet::FormDataFolder())) { d->m_wallet->createFolder(KWallet::Wallet::FormDataFolder()); } d->m_wallet->setFolder(KWallet::Wallet::FormDataFolder()); d->m_wallet->writeMap(key, data); return; } d->m_wallet->deleteLater(); d->m_wallet = 0L; d->m_bWalletOpened = false; } } if (!d->m_wq) { KWallet::Wallet *wallet = KWallet::Wallet::openWallet(KWallet::Wallet::NetworkWallet(), widget() ? widget()->topLevelWidget()->winId() : 0, KWallet::Wallet::Asynchronous); d->m_wq = new KHTMLWalletQueue(this); d->m_wq->wallet = wallet; connect(wallet, TQT_SIGNAL(walletOpened(bool)), d->m_wq, TQT_SLOT(walletOpened(bool))); connect(d->m_wq, TQT_SIGNAL(walletOpened(KWallet::Wallet*)), this, TQT_SLOT(walletOpened(KWallet::Wallet*))); } d->m_wq->savers.append(qMakePair(key, data)); #endif // KHTML_NO_WALLET } void KHTMLPart::dequeueWallet(DOM::HTMLFormElementImpl *form) { #ifndef KHTML_NO_WALLET KHTMLPart *p; for (p = parentPart(); p && p->parentPart(); p = p->parentPart()) { } if (p) { p->dequeueWallet(form); return; } if (d->m_wq) { d->m_wq->callers.remove(KHTMLWalletQueue::Caller(form, form->getDocument())); } #endif // KHTML_NO_WALLET } void KHTMLPart::walletOpened(KWallet::Wallet *wallet) { #ifndef KHTML_NO_WALLET assert(!d->m_wallet); assert(d->m_wq); d->m_wq->deleteLater(); // safe? d->m_wq = 0L; if (!wallet) { d->m_bWalletOpened = false; return; } d->m_wallet = wallet; d->m_bWalletOpened = true; connect(d->m_wallet, TQT_SIGNAL(walletClosed()), TQT_SLOT(slotWalletClosed())); if (!d->m_statusBarWalletLabel) { d->m_statusBarWalletLabel = new KURLLabel(d->m_statusBarExtension->statusBar()); d->m_statusBarWalletLabel->setFixedHeight(instance()->iconLoader()->currentSize(KIcon::Small)); d->m_statusBarWalletLabel->setSizePolicy(TQSizePolicy(TQSizePolicy::Fixed, TQSizePolicy::Fixed)); d->m_statusBarWalletLabel->setUseCursor(false); d->m_statusBarExtension->addStatusBarItem(d->m_statusBarWalletLabel, 0, false); d->m_statusBarWalletLabel->setPixmap(SmallIcon("wallet_open", instance())); connect(d->m_statusBarWalletLabel, TQT_SIGNAL(leftClickedURL()), TQT_SLOT(launchWalletManager())); connect(d->m_statusBarWalletLabel, TQT_SIGNAL(rightClickedURL()), TQT_SLOT(walletMenu())); } else { TQToolTip::remove(d->m_statusBarWalletLabel); } TQToolTip::add(d->m_statusBarWalletLabel, i18n("The wallet '%1' is open and being used for form data and passwords.").arg(KWallet::Wallet::NetworkWallet())); #endif // KHTML_NO_WALLET } KWallet::Wallet *KHTMLPart::wallet() { #ifndef KHTML_NO_WALLET KHTMLPart *p; for (p = parentPart(); p && p->parentPart(); p = p->parentPart()) ; if (p) return p->wallet(); #endif // KHTML_NO_WALLET return d->m_wallet; } void KHTMLPart::slotWalletClosed() { #ifndef KHTML_NO_WALLET if (d->m_wallet) { d->m_wallet->deleteLater(); d->m_wallet = 0L; } d->m_bWalletOpened = false; if (d->m_statusBarWalletLabel) { d->m_statusBarExtension->removeStatusBarItem(d->m_statusBarWalletLabel); delete d->m_statusBarWalletLabel; d->m_statusBarWalletLabel = 0L; } #endif // KHTML_NO_WALLET } void KHTMLPart::launchWalletManager() { #ifndef KHTML_NO_WALLET if (!DCOPClient::mainClient()->isApplicationRegistered("kwalletmanager")) { KApplication::startServiceByDesktopName("kwalletmanager_show"); } else { DCOPRef r("kwalletmanager", "kwalletmanager-mainwindow#1"); r.send("show"); r.send("raise"); } #endif // KHTML_NO_WALLET } void KHTMLPart::walletMenu() { #ifndef KHTML_NO_WALLET KPopupMenu *m = new KPopupMenu(0L); m->insertItem(i18n("&Close Wallet"), this, TQT_SLOT(slotWalletClosed())); m->popup(TQCursor::pos()); #endif // KHTML_NO_WALLET } void KHTMLPart::slotToggleCaretMode() { setCaretMode(d->m_paToggleCaretMode->isChecked()); } void KHTMLPart::setFormNotification(KHTMLPart::FormNotification fn) { d->m_formNotification = fn; } KHTMLPart::FormNotification KHTMLPart::formNotification() const { return d->m_formNotification; } KURL KHTMLPart::toplevelURL() { KHTMLPart* part = this; while (part->parentPart()) part = part->parentPart(); if (!part) return KURL(); return part->url(); } bool KHTMLPart::isModified() const { if ( !d->m_doc ) return false; return d->m_doc->unsubmittedFormChanges(); } void KHTMLPart::setDebugScript( bool enable ) { unplugActionList( "debugScriptList" ); if ( enable ) { if (!d->m_paDebugScript) { d->m_paDebugScript = new KAction( i18n( "JavaScript &Debugger" ), 0, this, TQT_SLOT( slotDebugScript() ), actionCollection(), "debugScript" ); } d->m_paDebugScript->setEnabled( d->m_frame ? d->m_frame->m_jscript : 0L ); TQPtrList lst; lst.append( d->m_paDebugScript ); plugActionList( "debugScriptList", lst ); } d->m_bJScriptDebugEnabled = enable; } void KHTMLPart::setSuppressedPopupIndicator( bool enable ) { setSuppressedPopupIndicator( enable, 0 ); } void KHTMLPart::setSuppressedPopupIndicator( bool enable, KHTMLPart *originPart ) { if ( parentPart() ) { parentPart()->setSuppressedPopupIndicator( enable, originPart ); return; } if ( enable && originPart ) { d->m_openableSuppressedPopups++; if ( d->m_suppressedPopupOriginParts.findIndex( originPart ) == -1 ) d->m_suppressedPopupOriginParts.append( originPart ); } if ( enable && !d->m_statusBarPopupLabel ) { d->m_statusBarPopupLabel = new KURLLabel( d->m_statusBarExtension->statusBar() ); d->m_statusBarPopupLabel->setFixedHeight( instance()->iconLoader()->currentSize( KIcon::Small) ); d->m_statusBarPopupLabel->setSizePolicy( TQSizePolicy( TQSizePolicy::Fixed, TQSizePolicy::Fixed )); d->m_statusBarPopupLabel->setUseCursor( false ); d->m_statusBarExtension->addStatusBarItem( d->m_statusBarPopupLabel, 0, false ); d->m_statusBarPopupLabel->setPixmap( SmallIcon( "window_suppressed", instance() ) ); TQToolTip::add( d->m_statusBarPopupLabel, i18n("This page was prevented from opening a new window via JavaScript." ) ); connect(d->m_statusBarPopupLabel, TQT_SIGNAL(leftClickedURL()), TQT_SLOT(suppressedPopupMenu())); if (d->m_settings->jsPopupBlockerPassivePopup()) { TQPixmap px; px = MainBarIcon( "window_suppressed" ); KPassivePopup::message(i18n("Popup Window Blocked"),i18n("This page has attempted to open a popup window but was blocked.\nYou can click on this icon in the status bar to control this behavior\nor to open the popup."),px,d->m_statusBarPopupLabel); } } else if ( !enable && d->m_statusBarPopupLabel ) { TQToolTip::remove( d->m_statusBarPopupLabel ); d->m_statusBarExtension->removeStatusBarItem( d->m_statusBarPopupLabel ); delete d->m_statusBarPopupLabel; d->m_statusBarPopupLabel = 0L; } } void KHTMLPart::suppressedPopupMenu() { KPopupMenu *m = new KPopupMenu(0L); m->setCheckable(true); if ( d->m_openableSuppressedPopups ) m->insertItem(i18n("&Show Blocked Popup Window","Show %n Blocked Popup Windows", d->m_openableSuppressedPopups), this, TQT_SLOT(showSuppressedPopups())); m->insertItem(i18n("Show Blocked Window Passive Popup &Notification"), this, TQT_SLOT(togglePopupPassivePopup()),0,57); m->setItemChecked(57,d->m_settings->jsPopupBlockerPassivePopup()); m->insertItem(i18n("&Configure JavaScript New Window Policies..."), this, TQT_SLOT(launchJSConfigDialog())); m->popup(TQCursor::pos()); } void KHTMLPart::togglePopupPassivePopup() { // Same hack as in disableJSErrorExtension() d->m_settings->setJSPopupBlockerPassivePopup( !d->m_settings->jsPopupBlockerPassivePopup() ); DCOPClient::mainClient()->send("konqueror*", "KonquerorIface", "reparseConfiguration()", TQByteArray()); } void KHTMLPart::showSuppressedPopups() { for ( TQValueListIterator > i = d->m_suppressedPopupOriginParts.begin(); i != d->m_suppressedPopupOriginParts.end(); ++i ) { if (KHTMLPart* part = *i) { KJS::Window *w = KJS::Window::retrieveWindow( part ); if (w) { w->showSuppressedWindows(); w->forgetSuppressedWindows(); } } } setSuppressedPopupIndicator( false ); d->m_openableSuppressedPopups = 0; d->m_suppressedPopupOriginParts.clear(); } // Extension to use for "view document source", "save as" etc. // Using the right extension can help the viewer get into the right mode (#40496) TQString KHTMLPart::defaultExtension() const { if ( !d->m_doc ) return ".html"; if ( !d->m_doc->isHTMLDocument() ) return ".xml"; return d->m_doc->htmlMode() == DOM::DocumentImpl::XHtml ? ".xhtml" : ".html"; } bool KHTMLPart::inProgress() const { if (d->m_runningScripts || (d->m_doc && d->m_doc->parsing())) return true; // Any frame that hasn't completed yet ? ConstFrameIt it = d->m_frames.begin(); const ConstFrameIt end = d->m_frames.end(); for (; it != end; ++it ) { if ((*it)->m_run || !(*it)->m_bCompleted) return true; } return d->m_submitForm || !d->m_redirectURL.isEmpty() || d->m_redirectionTimer.isActive() || d->m_job; } using namespace KParts; #include "khtml_part.moc" #include "khtmlpart_p.moc"