/*************************************************************************** quanta.cpp - description ------------------- begin : ?? ??? 9 13:29:57 EEST 2000 copyright : (C) 2000 by Dmitry Poplavsky & Alexander Yakovlev & Eric Laffoon (C) 2001-2005 by Andras Mantia ***************************************************************************/ /*************************************************************************** * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License as published by * * the Free Software Foundation; either version 2 of the License, or * * (at your option) any later version. * * * ***************************************************************************/ #include // include files for QT #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 #include #include // include files for KDE #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 #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 #include #include #include #include #include #ifdef ENABLE_CVSSERVICE #include "cvsservice.h" #endif // application specific includes #include "document.h" #include "quanta.h" #include "quantaview.h" #include "quantadoc.h" #include "qextfileinfo.h" #include "resource.h" #include "project.h" // For Kafka cut/copy/paste #include "wkafkapart.h" #include "whtmlpart.h" #include "abbreviation.h" #include "filemasks.h" #include "styleoptionss.h" #include "previewoptions.h" #include "parseroptions.h" #include "dtdselectdialog.h" #include "donationdialog.h" #include "fourbuttonmessagebox.h" #include "specialchardialog.h" #include "kafkasyncoptions.h" #include "htmldocumentproperties.h" #include "undoredo.h" #include "filestreeview.h" #include "structtreeview.h" #include "doctreeview.h" #include "templatestreeview.h" #include "tagattributetree.h" #include "projecttreeview.h" #include "scripttreeview.h" #include "servertreeview.h" #include "variableslistview.h" #include "debuggerbreakpointview.h" #include "listdlg.h" #include "tagdialog.h" #include "tagmaildlg.h" #include "tagmisc.h" #include "tagquicklistdlg.h" #include "tableeditor.h" #include "csseditor.h" #include "cssselector.h" #include "framewizard.h" #include "debuggermanager.h" #include "parser.h" #include "dtdparser.h" #include "annotationoutput.h" #include "messageoutput.h" #include "dtepeditdlg.h" #include "actionconfigdialog.h" #include "toolbarxmlgui.h" #include "tagaction.h" #include "toolbartabwidget.h" #include "dcopquanta.h" #include "tagmiscdlg.h" #include "quantaplugininterface.h" #include "quantaplugin.h" #include "dtds.h" #include "dcopsettings.h" #include "quanta_init.h" #include "viewmanager.h" #include "debuggerui.h" #include "newstuff.h" #include "quantanetaccess.h" extern int NN; const TQString resourceDir = TQString(QUANTA_PACKAGE) + "/"; // from kfiledialog.cpp - avoid qt warning in STDERR (~/.xsessionerrors) static void silenceTQToolBar(TQtMsgType, const char *){} QuantaApp::QuantaApp(int mdiMode) : DCOPObject("WindowManagerIf"), KMdiMainFrm( 0, "Quanta", (KMdi::MdiMode) mdiMode) { setStandardToolBarMenuEnabled(true); createStandardStatusBarAction(); m_quantaInit = new QuantaInit(this); dcopSettings = new DCOPSettings; dcopQuanta = new DCOPQuanta; DTDs::ref(TQT_TQOBJECT(this)); quantaStarted = true; tempFileList.setAutoDelete(true); m_toolbarList.setAutoDelete(true); userToolbarsCount = 0; baseNode = 0L; currentToolbarDTD = TQString(); m_config=kapp->config(); idleTimer = new TQTimer(this); connect(idleTimer, TQT_SIGNAL(timeout()), TQT_SLOT(slotIdleTimerExpired())); m_idleTimerEnabled = true; qConfig.globalDataDir = KGlobal::dirs()->findResourceDir("data",resourceDir + "toolbar/quantalogo.png"); if (qConfig.globalDataDir.isEmpty()) { quantaStarted = false; kdWarning() << "***************************************************************************" << endl; kdWarning() << i18n("Quanta data files were not found.") << endl; kdWarning() << i18n("You may have forgotten to run \"make install\", or your TDEDIR, TDEDIRS or PATH are not set correctly.") << endl; kdWarning() << "***************************************************************************" << endl; TQTimer::singleShot(20, kapp, TQT_SLOT(quit())); return; } qConfig.enableDTDToolbar = true; // connect up signals from KXXsldbgPart connectDCOPSignal(0, 0, "debuggerPositionChangedTQString,int)", "newDebuggerPosition(TQString,int)", false ); connectDCOPSignal(0, 0, "editorPositionChanged(TQString,int,int)", "newCursorPosition(TQString,int,int)", false ); connectDCOPSignal(0, 0, "openFile(TQString,int,int)", "openFile(TQString,int,int)", false); m_partManager = new KParts::PartManager(this); // When the manager says the active part changes, // the builder updates (recreates) the GUI connect(m_partManager, TQT_SIGNAL(activePartChanged(KParts::Part * )), this, TQT_SLOT(slotActivePartChanged(KParts::Part * ))); connect(this, TQT_SIGNAL(dockWidgetHasUndocked(KDockWidget *)), this, TQT_SLOT(slotDockWidgetHasUndocked(KDockWidget *))); connect(tabWidget(), TQT_SIGNAL(initiateDrag(TQWidget *)), this, TQT_SLOT(slotTabDragged(TQWidget*))); m_oldKTextEditor = 0L; m_previewToolView = 0L; m_documentationToolView = 0L; m_previewedDocument = 0L; m_previewVisible = false; m_newDTEPStuff = 0L; m_newToolbarStuff = 0L; m_newTemplateStuff = 0L; m_newScriptStuff = 0L; m_newDocStuff = 0L; m_debugger = 0L; m_parserEnabled = true; cursorLine = 0; cursorCol = 0; emit eventHappened("quanta_start", TQDateTime::currentDateTime().toString(Qt::ISODate), TQString()); setAcceptDrops(true); tabWidget()->installEventFilter(this); } QuantaApp::~QuantaApp() { delete m_newDTEPStuff; m_newDTEPStuff = 0L; delete m_newToolbarStuff; m_newToolbarStuff = 0L; delete m_newTemplateStuff; m_newTemplateStuff = 0L; delete m_newScriptStuff; m_newScriptStuff = 0L; delete m_newDTEPStuff; m_newDocStuff = 0L; // disconnect(m_htmlPart, TQT_SIGNAL(destroyed(TQObject *))); // disconnect(m_htmlPartDoc, TQT_SIGNAL(destroyed(TQObject *))); disconnect(this, TQT_SIGNAL(lastChildViewClosed()), ViewManager::ref(), TQT_SLOT(slotLastViewClosed())); //kdDebug(24000) << "QuantaApp::~QuantaApp" << endl; #ifdef ENABLE_CVSSERVICE delete CVSService::ref(); #endif delete m_debugger; m_debugger = 0L; quantaApp = 0L; delete m_doc; m_doc = 0L; kdDebug(24000) << "Node objects before delete :" << NN << " baseNode= " << baseNode << endl; delete baseNode; baseNode = 0; delete parser; parser = 0L; delete idleTimer; idleTimer = 0L; delete m_actions; m_actions = 0L; cursorLine = 0; cursorCol = 0; tempFileList.clear(); for (uint i = 0; i < tempDirList.count(); i++) { KIO::NetAccess::del(KURL().fromPathOrURL(tempDirList.at(i)->name()), this); } tempDirList.clear(); TQDictIterator iter(m_toolbarList); ToolbarEntry *p_toolbar; for( ; iter.current(); ++iter ) { p_toolbar = iter.current(); delete p_toolbar->dom; delete p_toolbar->menu; delete p_toolbar->guiClient; } m_toolbarList.clear(); TQStringList tmpDirs = KGlobal::dirs()->resourceDirs("tmp"); tmpDir = tmpDirs[0]; for (uint i = 0; i < tmpDirs.count(); i++) { if (tmpDirs[i].contains("kde-")) tmpDir = tmpDirs[i]; } TQString infoCss = tmpDir; infoCss += "quanta/info.css"; TQFile::remove(infoCss); TQDir dir; dir.rmdir(tmpDir + "quanta"); delete dcopSettings; delete dcopQuanta; // delete m_partManager; kdDebug(24000) << "Undeleted node objects :" << NN << endl; } void QuantaApp::setTitle(const TQString& title) { TQString s = title; if (Project::ref()->hasProject()) { s = Project::ref()->projectName() + " : " + s; } setCaption(s); } void QuantaApp::slotFileNew() { m_doc->openDocument(KURL()); } void QuantaApp::slotFileOpen() { TQString myEncoding = defaultEncoding(); TQString startDir; Document *w = ViewManager::ref()->activeDocument(); if (w && !w->isUntitled()) startDir = w->url().url(); else startDir = Project::ref()->projectBaseURL().url(); KEncodingFileDialog::Result data; data = KEncodingFileDialog::getOpenURLsAndEncoding(myEncoding, startDir, "all/allfiles text/html text/xml application/x-php text/plain", this, i18n("Open File")); slotFileOpen(data.URLs, data.encoding); } void QuantaApp::slotFileOpen(const KURL::List &urls, const TQString& encoding) { m_doc->blockSignals(true); m_parserEnabled = false; for (KURL::List::ConstIterator i = urls.begin(); i != urls.end(); ++i) { if (!QExtFileInfo::exists(*i, true, this)) { KMessageBox::error(this, i18n("The file %1 does not exist or is not a recognized mime type.").arg((*i).prettyURL(0, KURL::StripFileProtocol))); } else { if (QuantaCommon::checkMimeGroup(*i, "text") || QuantaCommon::denyBinaryInsert(this) == KMessageBox::Yes) slotFileOpen(*i, encoding); } } m_doc->blockSignals(false); m_parserEnabled = true; reparse(true); Document *w = ViewManager::ref()->activeDocument(); if (w) setTitle(w->url().prettyURL(0, KURL::StripFileProtocol)); } void QuantaApp::slotFileOpen(const KURL &url) { slotFileOpen(url, defaultEncoding()); } void QuantaApp::slotFileOpen(const KURL &url, const TQString& encoding) { m_doc->openDocument(url, encoding); } void QuantaApp::slotFileOpen(const KURL &url, const TQString& encoding, bool readOnly) { m_doc->openDocument(url, encoding, true, readOnly); } void QuantaApp::slotFileOpenRecent(const KURL &url) { if (!QExtFileInfo::exists(url, true, this)) { if (KMessageBox::questionYesNo(this, i18n("The file %1 does not exist.\n Do you want to remove it from the list?").arg(url.prettyURL(0, KURL::StripFileProtocol)), TQString(), KStdGuiItem::del(), i18n("Keep")) == KMessageBox::Yes) { fileRecent->removeURL(url); } } else if (QuantaCommon::checkMimeGroup(url, "text") || QuantaCommon::denyBinaryInsert(this) == KMessageBox::Yes) { slotFileOpen(url); } fileRecent->setCurrentItem(-1); ViewManager::ref()->activeDocument()->view()->setFocus(); } void QuantaApp::slotFileSave() { QuantaView* view=ViewManager::ref()->activeView(); Document *w = view->document(); if (w) { w->checkDirtyStatus(); if (w->isUntitled()) slotFileSaveAs(); else { if(ViewManager::ref()->activeView() && ViewManager::ref()->activeView()->hadLastFocus() == QuantaView::VPLFocus) w->docUndoRedo->reloadQuantaEditor(); view->saveDocument(w->url()); w->docUndoRedo->fileSaved(); } } } bool QuantaApp::slotFileSaveAs(QuantaView *viewToSave) { bool result = false; QuantaView* view = viewToSave; if (!view) view = ViewManager::ref()->activeView(); Document *w = view->document(); if (w) { KURL oldURL = w->url(); w->checkDirtyStatus(); if (!w->isUntitled() && oldURL.isLocalFile()) { fileWatcher->removeFile(oldURL.path()); // kdDebug(24000) << "removeFile[slotFileSaveAs]: " << oldURL.path() << endl; } //FIXME: in katepart changing encoding saves the original file if it was modified, so it's useless in saveas... // TQString myEncoding = dynamic_cast(w->doc())->encoding(); bool gotPath = false; KURL saveAsUrl; if (fTab->isVisible()) { saveAsUrl = fTab->currentURL(); if (fTab->currentKFileTreeViewItem() && fTab->currentKFileTreeViewItem()->isDir()) { saveAsUrl.adjustPath(+1); } gotPath = true; } else if (ProjectTreeView::ref()->isVisible()) { saveAsUrl = ProjectTreeView::ref()->currentURL(); if (ProjectTreeView::ref()->currentKFileTreeViewItem() && ProjectTreeView::ref()->currentKFileTreeViewItem()->isDir()) { saveAsUrl.adjustPath(+1); } gotPath = true; } if (!gotPath || saveAsUrl.isEmpty()) { if (w->isUntitled()) { saveAsUrl = Project::ref()->projectBaseURL(); saveAsUrl.adjustPath(+1); saveAsUrl.setFileName(oldURL.fileName()); } else saveAsUrl = oldURL; } else if (w->isUntitled() && !saveAsUrl.path().endsWith("/")) { saveAsUrl.setPath(saveAsUrl.directory(false, false) + oldURL.fileName()); } //FIXME: in katepart changing encoding saves the original file if it was modified, so it's useless in saveas... /* KEncodingFileDialog::Result data; data = KEncodingFileDialog::getSaveURLAndEncoding(myEncoding, saveAsUrl.url(), "all/allfiles text/html text/xml application/x-php text/plain", this, i18n("Save File")); KURL saveUrl = data.URLs[0]; bool found; TQString encoding = KGlobal::charsets()->codecForName(data.encoding, found)->name(); KTextEditor::EncodingInterface* encodingIf = dynamic_cast(w->doc()); if (encodingIf && encodingIf->encoding() != encoding) encodingIf->setEncoding(encoding); */ KURL saveUrl = KFileDialog::getSaveURL(saveAsUrl.url(), "all/allfiles text/html text/xml application/x-php text/plain", this, i18n("Save File")); if (QuantaCommon::checkOverwrite(saveUrl, this) && view->saveDocument(saveUrl)) { oldURL = saveUrl; if (Project::ref()->hasProject() && !Project::ref()->contains(saveUrl) && KMessageBox::Yes == KMessageBox::questionYesNo(0,i18n("Do you want to add the
%1
file to project?
").arg(saveUrl.prettyURL(0, KURL::StripFileProtocol)), TQString(), KStdGuiItem::add(), i18n("Do Not Add")) ) { if (saveUrl.isLocalFile()) { TQDir dir(saveUrl.path()); saveUrl.setPath(dir.canonicalPath()); } Project::ref()->insertFile(saveUrl, true); } if (view->hadLastFocus() == QuantaView::VPLFocus) w->docUndoRedo->reloadQuantaEditor(); w->docUndoRedo->fileSaved(); result = true; } if (oldURL.isLocalFile()) { fileWatcher->addFile(oldURL.path()); // kdDebug(24000) << "addFile[slotFileSaveAs]: " << oldURL.path() << endl; } } return result; } void QuantaApp::saveAsTemplate(bool projectTemplate, bool selectionOnly) { QuantaView *view = ViewManager::ref()->activeView(); Document *w = view->document(); if (!w) return; KURL url; int query; KURL projectTemplateURL; w->checkDirtyStatus(); TQString localTemplateDir = locateLocal("data", resourceDir + "templates/"); do { query = KMessageBox::Yes; if (projectTemplate) { url = KFileDialog::getSaveURL(Project::ref()->templateURL().url(), TQString(), this); } else { url = KFileDialog::getSaveURL(locateLocal("data", resourceDir + "templates/"), TQString(), this); } if (url.isEmpty()) return; if (Project::ref()->hasProject()) projectTemplateURL = Project::ref()->templateURL(); if ( ((projectTemplate) && (projectTemplateURL.isParentOf(url)) ) || ((! projectTemplate) && (KURL(localTemplateDir).isParentOf(url))) ) { if (!QuantaCommon::checkOverwrite(url, this)) query = KMessageBox::No; } else { if (projectTemplate) localTemplateDir = projectTemplateURL.path(1); KMessageBox::sorry(this,i18n("You must save the templates in the following folder: \n\n%1").arg(localTemplateDir)); query = KMessageBox::No; } } while (query != KMessageBox::Yes); if (query == KMessageBox::Cancel) return; if (selectionOnly && w->selectionIf) { KTempFile *tempFile = new KTempFile(tmpDir); tempFile->setAutoDelete(true); TQString content; content = w->selectionIf->selection(); TQTextStream stream(tempFile->file()); stream.setEncoding(TQTextStream::UnicodeUTF8); stream << content; tempFile->file()->flush(); tempFile->close(); if (!QExtFileInfo::copy(KURL::fromPathOrURL(tempFile->name()), url, -1, true, false, this)) KMessageBox::error(this, i18n("There was an error while creating the template file.
Check that you have write access to %1.
").arg(url.prettyURL(0, KURL::StripFileProtocol)), i18n("Template Creation Error")); delete tempFile; } else { view->saveDocument(url); } if (projectTemplate) Project::ref()->insertFile(url, true); if(ViewManager::ref()->activeView() && ViewManager::ref()->activeView()->hadLastFocus() == QuantaView::VPLFocus) w->docUndoRedo->reloadQuantaEditor(); w->docUndoRedo->fileSaved(); } void QuantaApp::slotFileSaveAsLocalTemplate() { saveAsTemplate(false); } void QuantaApp::slotFileSaveAsProjectTemplate() { saveAsTemplate(true); } void QuantaApp::slotFileSaveSelectionAsLocalTemplate() { saveAsTemplate(false, true); } void QuantaApp::slotFileSaveSelectionAsProjectTemplate() { saveAsTemplate(true, true); } void QuantaApp::slotFileSaveAll() { ViewManager::ref()->saveAll(); } void QuantaApp::slotFileReload(QuantaView *view) { if (!view) view = ViewManager::ref()->activeView(); Document *w = view->document(); if (!w || w->isUntitled() || !view->saveModified()) return; w->setModified(false); unsigned int line, col; w->viewCursorIf->cursorPosition(&line, &col); if (w->openURL(w->url())) w->viewCursorIf->setCursorPosition(line, col); reparse(true); } void QuantaApp::slotFileReloadAll() { //TODO: Implement it! } void QuantaApp::slotFileClose(const KURL &url) { QuantaView *view = ViewManager::ref()->isOpened(url); if (view) { ViewManager::ref()->removeView(view); } } void QuantaApp::slotFileCloseAll() { ViewManager::ref()->closeAll(); WHTMLPart *part = m_htmlPart; part->closeURL(); part->begin(Project::ref()->projectBaseURL()); part->write(" "); part->end(); slotNewStatus(); } void QuantaApp::slotFileQuit() { close(); } void QuantaApp::slotEditFindInFiles() { QuantaPlugin *fileReplacePlugin = m_pluginInterface->plugin("KFileReplace"); if (fileReplacePlugin) fileReplacePlugin->run(); } void QuantaApp::slotHelpTip() { KTipDialog::showTip(this, TQString(), true); } void QuantaApp::slotStatusMsg(const TQString &msg) { statusbarTimer->stop(); statusBar()->changeItem(" " + KStringHandler::cPixelSqueeze(msg, statusBar()->fontMetrics(), progressBar->x() - 20), IDS_STATUS); statusBar()->repaint(); kapp->processEvents(TQEventLoop::ExcludeUserInput | TQEventLoop::ExcludeSocketNotifiers); statusbarTimer->start(10000, true); } /** repaint preview */ void QuantaApp::slotRepaintPreview() { Document *w = ViewManager::ref()->activeDocument(); if (!w) return; if (!m_previewVisible) return; if (!m_previewToolView && qConfig.previewPosition != "Editor" ) return; m_previewedDocument = 0L; previewCopyMade = false; KHTMLView *html = m_htmlPart->view(); int xOffset = html->contentsX(), yOffset = html->contentsY(); m_htmlPart->closeURL(); KParts::BrowserExtension *browserExtension = KParts::BrowserExtension::childObject(m_htmlPart); KParts::URLArgs args(true, browserExtension->xOffset(), browserExtension->yOffset()); browserExtension->setURLArgs( args ); TQString encoding = defaultEncoding(); KTextEditor::EncodingInterface* encodingIf = dynamic_cast(w->doc()); if (encodingIf) encoding = encodingIf->encoding(); KURL url; m_htmlPart->setEncoding(encoding, true); TQStringList list; if (m_noFramesPreview) { list = w->tagAreas("frameset", true, true); if (list.isEmpty() || w->editIf->text().isEmpty()) m_noFramesPreview = false; else { m_htmlPart->closeURL(); TQStringList noframearea = w->tagAreas("noframes", false, true); //find the frameset area int bl, bc, el, ec; TQStringList l = TQStringList::split('\n', list[0], true); TQStringList coordList = TQStringList::split(',', l[0], true); bl = coordList[0].toInt(); bc = coordList[1].toInt(); el = coordList[2].toInt(); ec = coordList[3].toInt(); TQString noFramesText = w->text(0,0, bl, bc - 1); noFramesText += noframearea[0]; noFramesText += w->text(el, ec + 1, w->editIf->numLines() - 1, w->editIf->lineLength(w->editIf->numLines() - 1)); noFramesText.replace(TQRegExp("]*>", false), ""); //kdDebug(24000) << "NOFRAMES: " << noFramesText << endl; if (w->isUntitled()) m_htmlPart->begin(Project::ref()->projectBaseURL(), xOffset, yOffset); else { url = Project::ref()->urlWithPrefix(w->url()); m_htmlPart->setPreviewedURL(url); m_htmlPart->begin(url, xOffset, yOffset); } m_htmlPart->write(noFramesText); m_htmlPart->end(); } } if (!m_noFramesPreview) { m_htmlPart->closeURL(); TQString text = w->editIf->text(); if (text.isEmpty()) { text = i18n("

The current document is empty...

"); } if (w->isUntitled()) { m_htmlPart->begin(Project::ref()->projectBaseURL(), xOffset, yOffset); m_htmlPart->write(text); m_htmlPart->end(); } else { m_previewedDocument = w; url = Project::ref()->urlWithPrefix(w->url()); m_htmlPart->setPreviewedURL(url); KURL previewURL = w->url(); previewURL.setFileName("preview-" + previewURL.fileName()); //save the content to disk, so preview with prefix works KTempFile *tmpFile = new KTempFile(tmpDir); TQString tempFileName = TQFileInfo(*(tmpFile->file())).filePath(); tmpFile->setAutoDelete(true); TQString encoding = quantaApp->defaultEncoding(); KTextEditor::EncodingInterface* encodingIf = dynamic_cast(w->doc()); if (encodingIf) encoding = encodingIf->encoding(); if (encoding.isEmpty()) encoding = "utf8"; //final fallback tmpFile->textStream()->setCodec(TQTextCodec::codecForName(encoding.ascii())); *(tmpFile->textStream()) << w->editIf->text(); tmpFile->close(); if (!QExtFileInfo::copy(KURL::fromPathOrURL(tempFileName), previewURL, -1, true)) { m_htmlPart->setPreviewedURL(KURL()); // copy failed, force the preview of the original }; delete tmpFile; m_htmlPart->openURL(url); m_htmlPart->addToHistory(url.url()); } } m_htmlPart->show(); } void QuantaApp::slotOpenFileInPreview(const KURL& a_url) { WHTMLPart *part = m_htmlPart; if (!part) return; slotShowPreviewWidget(true); part->openURL(a_url); part->show(); } /** view image in preview */ void QuantaApp::slotImageOpen(const KURL& url) { slotShowPreviewWidget(true); WHTMLPart *part = m_htmlPart; TQString text = "\n\n
\n\n
\n\n\n"; part->closeURL(); KURL docURL = url; docURL.setFileName("imagepreview.html"); part->begin(docURL); part->write(text); part->end(); part->show(); } /** insert tag for images or for other */ void QuantaApp::slotInsertTag(const KURL& url, DirInfo dirInfo) { Document *w = ViewManager::ref()->activeDocument(); if (w) { KURL baseURL ; if (w->isUntitled() ) { baseURL = Project::ref()->projectBaseURL(); } else { baseURL = w->url(); baseURL.setFileName(""); } KURL relURL = QExtFileInfo::toRelative(url, baseURL); TQString urlStr = relURL.url(); if (relURL.protocol() == baseURL.protocol()) urlStr = relURL.path(); bool isImage = false; if (!dirInfo.preText.isEmpty() || !dirInfo.postText.isEmpty()) { w->insertTag(dirInfo.preText+urlStr+dirInfo.postText); } else { TQString mimetype = KMimeType::findByURL(url)->name(); if (mimetype.contains("image")) { TQString imgFileName; KIO::NetAccess::download(url, imgFileName, this); TQImage img(imgFileName); if (!img.isNull()) { TQString width,height; width.setNum(img.width()); height.setNum(img.height()); TQString imgTag = QuantaCommon::tagCase("insertTag(imgTag); isImage = true; } KIO::NetAccess::removeTempFile(imgFileName); } if (!isImage) { TQString tag = QuantaCommon::tagCase("insertTag(tag, QuantaCommon::tagCase("")); } } w->view()->setFocus(); } } void QuantaApp::slotNewStatus() { fileRecent->setEnabled(true); actionCollection()->action("project_open_recent")->setEnabled(true); QuantaView *view = ViewManager::ref()->activeView(); Document *w = ViewManager::ref()->activeDocument(); if (w) { setTitle( w->url().prettyURL(0, KURL::StripFileProtocol) ); if (w->doc()->isReadWrite()) { KToggleAction *a = dynamic_cast(w->view()->actionCollection()->action("set_insert")); if (a) { statusBar()->changeItem(a->isChecked() ? i18n(" OVR ") : i18n(" INS "),IDS_INS_OVR); } } else statusBar()->changeItem(i18n(" R/O "),IDS_INS_OVR); statusBar()->changeItem(w->isModified() ? " * " : "",IDS_MODIFIED); saveAction->setEnabled(w->isModified()); saveAllAction->setEnabled(ViewManager::ref()->isOneModified()); bool projectExists = Project::ref()->hasProject(); actionCollection()->action("toolbars_load_project")->setEnabled(projectExists); actionCollection()->action("toolbars_save_project")->setEnabled(projectExists); } if (view) { view->updateTab(); } } void QuantaApp::slotOptionsConfigureKeys() { Document *w = ViewManager::ref()->activeDocument(); KKeyDialog dlg( false, this ); TQPtrList toolbarGuiClients; TQDictIterator iter(m_toolbarList); for( ; iter.current(); ++iter ) { toolbarGuiClients.append(iter.current()->guiClient); } TQPtrList clients = guiFactory()->clients(); for( TQPtrListIterator it( clients ); it.current(); ++it ) { if (toolbarGuiClients.contains(*it) <= 0) //no need to insert the collections of the toolbars as they are present in the main actionCollection dlg.insert((*it)->actionCollection()); } if (dlg.configure() == KKeyDialog::Accepted) { // this is needed for when we have multiple embedded kateparts and change one of them. // it also needs to be done to their views, as they too have actioncollections to update if (const TQPtrList * partlist = m_partManager->parts()) { TQPtrListIterator it(*partlist); while (KParts::Part* part = it.current()) { if (KTextEditor::Document *doc = dynamic_cast(part)) { KActionPtrList actionList = doc->actionCollection()->actions(); KActionPtrList::Iterator actionIt; if (!w || w->doc() != doc) { for ( actionIt = actionList.begin(); actionIt != actionList.end(); ++actionIt) { (*actionIt)->setShortcut((*actionIt)->shortcutDefault()); } } doc->reloadXML(); TQPtrList const & list = doc->views(); TQPtrListIterator itt( list ); while (KTextEditor::View * view = itt.current()) { if (!w || w->view() != view) { actionList = view->actionCollection()->actions(); for (actionIt = actionList.begin(); actionIt != actionList.end(); ++actionIt) { (*actionIt)->setShortcut((*actionIt)->shortcutDefault()); } } view->reloadXML(); ++itt; } } ++it; } } TQDomDocument doc; doc.setContent(KXMLGUIFactory::readConfigFile(xmlFile(), instance())); TQDomNodeList nodeList = doc.elementsByTagName("ActionProperties"); TQDomNode node = nodeList.item(0).firstChild(); while (!node.isNull()) { if (node.nodeName() == "Action") { TagAction *action = dynamic_cast(actionCollection()->action(node.toElement().attribute("name").ascii())); if (action) { action->setModified(true); TQDomElement el = action->data(); el.setAttribute("shortcut", action->shortcut().toString()); el = node.toElement(); node = node.nextSibling(); el.parentNode().removeChild(el); } else { node = node.nextSibling(); } } } } } void QuantaApp::slotConfigureToolbars(const TQString& defaultToolbar) { currentPageIndex = ToolbarTabWidget::ref()->currentPageIndex(); TQDomNodeList nodeList; ToolbarEntry *p_toolbar = 0L; saveMainWindowSettings(KGlobal::config(), autoSaveGroup()); KEditToolbar *dlg; if (!defaultToolbar.isEmpty()) dlg = new KEditToolbar(defaultToolbar, factory(), this); else dlg = new KEditToolbar(factory(), this); KMenuBar *mb = menuBar(); KActionCollection *ac = actionCollection(); //remove the manually added menus BEFORE the dlg shows up if (m_debugger->UI()) { m_debugger->UI()->hideMenu(); } for (uint i = 0 ; i < mb->count(); i++) { if (mb->text(mb->idAt(i)) == i18n("&Window")) { mb->removeItem(mb->idAt(i)); break; } } ToolbarTabWidget *tb = ToolbarTabWidget::ref(); TQString toolbarId; for (int i = 0; i < tb->count(); i++) { toolbarId = tb->id(i); p_toolbar = quantaApp->m_toolbarList[toolbarId]; if (p_toolbar) { delete p_toolbar->menu; p_toolbar->menu = 0L; } } connect(dlg, TQT_SIGNAL(newToolbarConfig()), TQT_SLOT(slotNewToolbarConfig())); dlg->exec(); delete dlg; TQPopupMenu *menu = 0L; m_tagsMenu = static_cast(factory()->container("tags", this)); TQString toolbarName; for (int i = 0; i < tb->count(); i++) { toolbarName = tb->label(i); toolbarId = tb->id(i); p_toolbar = quantaApp->m_toolbarList[toolbarId]; if (p_toolbar) { menu = new TQPopupMenu(m_tagsMenu); nodeList = p_toolbar->guiClient->domDocument().elementsByTagName("Action"); for (uint i = 0; i < nodeList.count(); i++) { KAction *action = ac->action(nodeList.item(i).toElement().attribute("name").ascii()); if (action) action->plug(menu); } m_tagsMenu->insertItem(toolbarName,menu); p_toolbar->menu = menu; } } //add back the menus m_pluginInterface->setPluginMenu(static_cast(factory()->container("plugins", this))); m_pluginInterface->buildPluginMenu(); for (uint i = 0 ; i < mb->count(); i++) { if (mb->text(mb->idAt(i)) == i18n("&Settings")) { mb->insertItem(i18n("&Window"), windowMenu(), -1, i); break; } } if (m_debugger->UI()) { m_debugger->UI()->showMenu(); } tb->setCurrentPage(currentPageIndex); } void QuantaApp::slotOptionsConfigureToolbars() { slotConfigureToolbars(); } void QuantaApp::slotNewToolbarConfig() { applyMainWindowSettings(KGlobal::config(), autoSaveGroup()); ToolbarTabWidget::ref()->setCurrentPage(currentPageIndex); } void QuantaApp::slotShowMenuBar() { if (menuBar()->isVisible()) menuBar()->hide(); else menuBar()->show(); } void QuantaApp::slotOptionsConfigureActions() { ActionConfigDialog dlg(m_toolbarList, this, "actions_config_dlg", true); dlg.exec(); } void QuantaApp::slotPreviewOptions() { KMessageBox::information(this, i18n("Changes made in the preview configuration dialog are global and have effect on every application using the KHTML part to display web pages, including Konqueror."), i18n("Warning"), "configure_preview_warning"); TDEApplication::startServiceByDesktopName("quanta_preview_config"); } void QuantaApp::slotOptions() { KDialogBase *kd = new KDialogBase(KDialogBase::IconList, i18n("Configure Quanta"), KDialogBase::Ok | KDialogBase::Cancel, KDialogBase::Ok, this, "tabdialog"); // Tag Style options TQVBox *page=kd->addVBoxPage(i18n("Tag Style"), TQString(), BarIcon("kwrite", KIcon::SizeMedium)); StyleOptionsS *styleOptionsS = new StyleOptionsS( (TQWidget *)page); styleOptionsS->tagCase->setCurrentItem( qConfig.tagCase); styleOptionsS->attributeCase->setCurrentItem( qConfig.attrCase); styleOptionsS->attributeQuotation->setCurrentItem( (qConfig.attrValueQuotation == '"') ? 0 : 1); styleOptionsS->tagAutoClose->setChecked( qConfig.closeTags ); styleOptionsS->optionalTagAutoClose->setChecked( qConfig.closeOptionalTags ); styleOptionsS->useAutoCompletion->setChecked( qConfig.useAutoCompletion ); styleOptionsS->tagUpdateClosing->setChecked(qConfig.updateClosingTags); styleOptionsS->replaceAccented->setChecked(qConfig.replaceAccented); // Environment options //TODO FileMasks name is not good anymore page=kd->addVBoxPage(i18n("Environment"), TQString(), UserIcon("files", KIcon::SizeMedium ) ); FileMasks *fileMasks = new FileMasks((TQWidget *)page); fileMasks->lineMarkup->setText( qConfig.markupMimeTypes ); fileMasks->lineScript->setText( qConfig.scriptMimeTypes ); fileMasks->lineImage->setText( qConfig.imageMimeTypes ); fileMasks->lineText->setText( qConfig.textMimeTypes ); fileMasks->showDTDSelectDialog->setChecked(qConfig.showDTDSelectDialog); m_config->setGroup("General Options"); fileMasks->showSplash->setChecked(m_config->readBoolEntry("Show Splash", true)); fileMasks->reloadProject->setChecked(m_config->readBoolEntry("Reload Project", true)); fileMasks->reloadFiles->setChecked(m_config->readBoolEntry("Reload Files", true)); if(!m_config->readEntry("Autosave interval").isEmpty()) fileMasks->sbAutoSave->setValue(m_config->readNumEntry("Autosave interval")); //else default value 15 TQStringList availableEncodingNames(KGlobal::charsets()->availableEncodingNames()); fileMasks->encodingCombo->insertStringList( availableEncodingNames ); TQStringList::ConstIterator iter; int iIndex = -1; for (iter = availableEncodingNames.begin(); iter != availableEncodingNames.end(); ++iter) { ++iIndex; if ((*iter).lower() == qConfig.defaultEncoding.lower()) { fileMasks->encodingCombo->setCurrentItem(iIndex); break; } } TQStringList lst = DTDs::ref()->nickNameList(true); uint pos = 0; for (uint i = 0; i < lst.count(); i++) { fileMasks->defaultDTDCombo->insertItem(lst[i]); if (lst[i] == DTDs::ref()->getDTDNickNameFromName(qConfig.defaultDocType.lower())) pos = i; } fileMasks->defaultDTDCombo->setCurrentItem(pos); // Preview options page=kd->addVBoxPage(i18n("User Interface"), TQString(), BarIcon("view_choose", KIcon::SizeMedium ) ); PreviewOptions *uiOptions = new PreviewOptions( (TQWidget *)page ); uiOptions->setPosition(qConfig.previewPosition); uiOptions->setDocPosition(qConfig.docPosition); uiOptions->setWindowLayout(qConfig.windowLayout); uiOptions->setCloseButtons(qConfig.showCloseButtons); uiOptions->setToolviewTabs(qConfig.toolviewTabs); uiOptions->setHiddenFiles(qConfig.showHiddenFiles); uiOptions->setSaveTrees(qConfig.saveTrees); if (m_config->hasGroup("Notification Messages")) { m_config->setGroup("Notification Messages"); uiOptions->warnBinaryOpening->setChecked(m_config->readEntry("Open Everything") != "yes"); uiOptions->warnEventActions->setChecked((m_config->readEntry("Warn about internal actions", "yes") != "yes") && (m_config->readEntry("Warn about external actions", "yes") != "yes")); uiOptions->warnAll->setChecked(false); } else { uiOptions->warnAll->setChecked(true); uiOptions->warnBinaryOpening->setChecked(true); uiOptions->warnEventActions->setChecked(true); } //kafka options page = kd->addVBoxPage(i18n("VPL View"), TQString(), UserIcon("vpl_text", KIcon::SizeMedium)); KafkaSyncOptions *kafkaOptions = new KafkaSyncOptions( m_config, (TQWidget *)page ); page=kd->addVBoxPage(i18n("Parser"), TQString(), BarIcon("kcmsystem", KIcon::SizeMedium ) ); ParserOptions *parserOptions = new ParserOptions( m_config, (TQWidget *)page ); parserOptions->refreshFrequency->setValue(qConfig.refreshFrequency); parserOptions->instantUpdate->setChecked(qConfig.instantUpdate); parserOptions->showEmptyNodes->setChecked(qConfig.showEmptyNodes); parserOptions->showClosingTags->setChecked(qConfig.showClosingTags); parserOptions->spinExpand->setValue(qConfig.expandLevel); page = kd->addVBoxPage(i18n("Abbreviations"), TQString(), BarIcon("fontsizeup", KIcon::SizeMedium)); AbbreviationDlg *abbreviationOptions = new AbbreviationDlg((TQWidget*)(page)); bool reloadTrees = false; kd->adjustSize(); if ( kd->exec() ) { bool uiRebuildNeeded = false; bool previewSettingsChanged = false; qConfig.tagCase = styleOptionsS->tagCase->currentItem(); qConfig.attrCase = styleOptionsS->attributeCase->currentItem(); qConfig.attrValueQuotation = styleOptionsS->attributeQuotation->currentItem() == 0 ? '"': '\''; qConfig.closeTags = styleOptionsS->tagAutoClose->isChecked(); qConfig.closeOptionalTags = styleOptionsS->optionalTagAutoClose->isChecked(); qConfig.useAutoCompletion = styleOptionsS->useAutoCompletion->isChecked(); qConfig.updateClosingTags = styleOptionsS->tagUpdateClosing->isChecked(); qConfig.replaceAccented = styleOptionsS->replaceAccented->isChecked(); qConfig.markupMimeTypes = fileMasks->lineMarkup->text(); qConfig.scriptMimeTypes = fileMasks->lineScript->text(); qConfig.imageMimeTypes = fileMasks->lineImage->text(); qConfig.textMimeTypes = fileMasks->lineText->text(); qConfig.showDTDSelectDialog = fileMasks->showDTDSelectDialog->isChecked(); qConfig.autosaveInterval = fileMasks->sbAutoSave->value(); autosaveTimer->start(60000 * qConfig.autosaveInterval, false); m_config->setGroup("General Options"); m_config->writeEntry("Show Splash", fileMasks->showSplash->isChecked()); m_config->writeEntry("Reload Project", fileMasks->reloadProject->isChecked()); m_config->writeEntry("Reload Files", fileMasks->reloadFiles->isChecked()); qConfig.defaultEncoding = fileMasks->encodingCombo->currentText(); TQString tmpStr = uiOptions->closeButtons(); if (tmpStr != qConfig.showCloseButtons) uiRebuildNeeded = true; qConfig.showCloseButtons = tmpStr; uint tmp = uiOptions->toolviewTabs(); if (tmp != qConfig.toolviewTabs) uiRebuildNeeded = true; qConfig.toolviewTabs = tmp; if (uiRebuildNeeded) { initTabWidget(); } reloadTrees = (qConfig.showHiddenFiles != uiOptions->hiddenFiles()); qConfig.showHiddenFiles = uiOptions->hiddenFiles(); qConfig.saveTrees = uiOptions->saveTrees(); if (uiOptions->warnAll->isChecked()) m_config->deleteGroup("Notification Messages"); else { m_config->setGroup("Notification Messages"); m_config->writeEntry("Open Everything", uiOptions->warnBinaryOpening->isChecked() ? "" : "yes"); m_config->writeEntry("Warn about internal actions", uiOptions->warnEventActions->isChecked() ? "" : "yes"); m_config->writeEntry("Warn about external actions", uiOptions->warnEventActions->isChecked() ? "" : "yes"); } qConfig.showEmptyNodes = parserOptions->showEmptyNodes->isChecked(); qConfig.showClosingTags = parserOptions->showClosingTags->isChecked(); qConfig.instantUpdate = parserOptions->instantUpdate->isChecked(); qConfig.refreshFrequency = parserOptions->refreshFrequency->value(); if (!qConfig.instantUpdate && qConfig.refreshFrequency > 0) { refreshTimer->changeInterval(qConfig.refreshFrequency*1000); } else { refreshTimer->stop(); } qConfig.expandLevel = parserOptions->spinExpand->value(); parserOptions->updateConfig(); kafkaOptions->updateConfig(); qConfig.quantaRefreshOnFocus = kafkaOptions->sourceFocusRefresh->isChecked(); qConfig.quantaRefreshDelay = kafkaOptions->sourceDelay->value(); qConfig.kafkaRefreshOnFocus = kafkaOptions->kafkaFocusRefresh->isChecked(); qConfig.kafkaRefreshDelay = kafkaOptions->kafkaDelay->value(); QuantaView *view = ViewManager::ref()->activeView(); if (view && view->document()) view->reloadUpdateTimers(); /**(static_cast(quantaApp->view()->getKafkaInterface()->mainEnhancer))-> showIconsForScripts(kafkaOptions->showScriptsIcon->isChecked());*/ qConfig.defaultDocType = DTDs::ref()->getDTDNameFromNickName(fileMasks->defaultDTDCombo->currentText()); abbreviationOptions->saveTemplates(); tmpStr = uiOptions->position(); if (tmpStr != qConfig.previewPosition) { if (m_previewVisible || m_previewToolView) previewSettingsChanged = true; slotShowPreviewWidget(false); } qConfig.previewPosition = tmpStr; if (previewSettingsChanged) slotShowPreviewWidget(true); qConfig.docPosition = uiOptions->docPosition(); qConfig.windowLayout = uiOptions->layout(); m_htmlPart->closeURL(); m_htmlPart->begin( Project::ref()->projectBaseURL()); m_htmlPart->write(" "); m_htmlPart->end(); reparse(true); slotNewStatus(); } m_config->sync(); saveOptions(); delete kd; if (reloadTrees) emit reloadAllTrees(); } void QuantaApp::slotShowPreviewWidget(bool show) { QuantaView *view = ViewManager::ref()->activeView(); if (!view) return; if (m_previewVisible == show) return; if (show) { if (qConfig.previewPosition == "Editor") { delete m_previewToolView; m_previewToolView = 0L; view->addCustomWidget(m_htmlPart->view(), TQString()); } else { if (!m_previewToolView) { m_previewToolView= addToolWindow(m_htmlPart->view(), prevDockPosition(m_htmlPart->view(), KDockWidget::DockBottom), getMainDockWidget()); connect(m_previewToolView->wrapperWidget(), TQT_SIGNAL(iMBeingClosed ()), this, TQT_SLOT(slotPreviewBeingClosed())); } m_htmlPart->view()->show(); m_previewToolView->show(); } m_previewVisible = true; slotRepaintPreview(); } else { m_noFramesPreview = false; m_previewVisible = false; m_htmlPart->view()->reparent(this, 0, TQPoint(), false); m_htmlPart->view()->resize(0, 0); m_htmlPart->view()->hide(); if (qConfig.previewPosition == "Editor") { view->addCustomWidget(0L, TQString()); delete m_previewToolView; m_previewToolView = 0L; } else { delete m_previewToolView; m_previewToolView = 0L; } if (m_previewedDocument) { KURL url = m_previewedDocument->url(); url.setFileName("preview-" + url.fileName()); KIO::NetAccess::del(url, this); Document *w = view->document(); if (w) w->view()->setFocus(); } } KToggleAction *ta = 0L; int viewLayout = view->currentViewsLayout(); if (viewLayout == QuantaView::SourceOnly) ta = (KToggleAction *) actionCollection()->action( "show_quanta_editor" ); else if (viewLayout == QuantaView::VPLOnly) ta = (KToggleAction *) actionCollection()->action( "show_kafka_view" ); else if (viewLayout == QuantaView::SourceAndVPL) { ta = (KToggleAction *) actionCollection()->action( "show_kafka_and_quanta" ); } if (ta) { ta->setChecked(!show); } } void QuantaApp::slotChangePreviewStatus() { if (qConfig.previewPosition == "Editor") { slotShowPreviewWidget(false); } else if (m_previewToolView && m_htmlPart->view()->isVisible()) { //hiding the preview when it's in a toolview means that the current tab has changed, //so we just repaint the content and restore the document on the disc. m_previewVisible = true; if (m_previewedDocument) { KURL url = m_previewedDocument->url(); url.setFileName("preview-" + url.fileName()); KIO::NetAccess::del(url, this); } slotRepaintPreview(); m_previewedDocument = 0L; Document *w = ViewManager::ref()->activeDocument(); if (w) w->view()->setFocus(); } } void QuantaApp::slotPreviewHasFocus(bool focus) { if (m_previewToolView) { if (focus) slotRepaintPreview(); else { if (m_previewedDocument) { KURL url = m_previewedDocument->url(); url.setFileName("preview-" + url.fileName()); KIO::NetAccess::del(url, this); } m_previewedDocument = 0L; } } } void QuantaApp::slotToggleShowPreview() { Document *w =ViewManager::ref()->activeDocument(); if (!w) { m_previewVisible = false; return; } if (m_previewToolView) { m_previewVisible = m_htmlPart->view()->isVisible(); } slotShowPreviewWidget(!m_previewVisible); m_noFramesPreview = false; } void QuantaApp::slotShowNoFramesPreview() { m_noFramesPreview = true; slotToggleShowPreview(); } void QuantaApp::newCursorPosition(const TQString &file, int lineNumber, int columnNumber) { Q_UNUSED(file); typingInProgress = true; startIdleTimer(); // updateTreeViews(); TQString linenumber; linenumber = i18n("Line: %1 Col: %2").arg(lineNumber).arg(columnNumber); statusBar()->changeItem(linenumber, IDS_STATUS_CLM); statusBar()->changeItem(i18n(" R/O "),IDS_INS_OVR); statusBar()->changeItem("",IDS_MODIFIED); } void QuantaApp::newDebuggerPosition(const TQString &file, int lineNumber) { newCursorPosition(file, lineNumber, 0); } void QuantaApp::openFile(const TQString &file, int lineNumber, int columnNumber) { gotoFileAndLine(file, lineNumber, columnNumber); slotNewStatus(); } void QuantaApp::slotNewLineColumn() { typingInProgress = true; startIdleTimer(); // updateTreeViews(); TQString linenumber; oldCursorLine = cursorLine; oldCursorCol = cursorCol; Document *w = ViewManager::ref()->activeDocument(); if (w) w->viewCursorIf->cursorPosition(&cursorLine, &cursorCol); linenumber = i18n("Line: %1 Col: %2").arg(cursorLine+1).arg(cursorCol+1); statusBar()->changeItem(linenumber, IDS_STATUS_CLM); } void QuantaApp::updateTreeViews() { QuantaView *view = ViewManager::ref()->activeView(); if (!view) return; Document *w = view->document(); if (w) { w->viewCursorIf->cursorPositionReal(&cursorLine, &cursorCol); Node *node = parser->nodeAt(cursorLine, cursorCol); if (node) { StructTreeView::ref()->showTagAtPos(node); } if(view->hadLastFocus() == QuantaView::SourceFocus) aTab->setCurrentNode(node); } } void QuantaApp::slotIdleTimerExpired() { if (idleTimer) { typingInProgress = false; updateTreeViews(); } } void QuantaApp::startIdleTimer() { if (m_idleTimerEnabled && idleTimer) idleTimer->start(500, true); } bool QuantaApp::slotEnableIdleTimer(bool enable) { bool status = m_idleTimerEnabled; if (enable) startIdleTimer(); else if (idleTimer) idleTimer->stop(); m_idleTimerEnabled = enable; return status; } void QuantaApp::slotReparse() { reparse(false); } void QuantaApp::slotForceReparse() { reparse(true); } /** reparse current document and initialize node. */ void QuantaApp::reparse(bool force) { if (!parser || !m_parserEnabled) return; //temp // if (!parser->activated()) return; typingInProgress = false; Document *w = ViewManager::ref()->activeDocument(); if (w) { if (force) { baseNode = parser->parse(w, true); } if (w->hasChanged() || force) { slotReloadStructTreeView(); } if (force) { uint line, col; w->viewCursorIf->cursorPositionReal(&line, &col); Node *node = parser->nodeAt(line, col); if (StructTreeView::ref()->isVisible() && node) StructTreeView::ref()->showTagAtPos(node); aTab->setCurrentNode(node); } } return; } void QuantaApp::setCursorPosition( int row, int col ) { Document *w = ViewManager::ref()->activeDocument(); if (w) { int numLines = w->editIf->numLines(); if ( row < numLines ) w->viewCursorIf->setCursorPositionReal(row, col); else w->viewCursorIf->setCursorPositionReal(numLines - 1, col); } } void QuantaApp::gotoFileAndLine(const TQString& filename, int line, int column) { // First, check if we're already showing this file Document *w = ViewManager::ref()->activeDocument(); KURL currentfilename, newfilename; if(w) { currentfilename = w->url(); newfilename.setPath(filename); } // If a filename is specified and that file is not already active, openn it if (!filename.isEmpty() && !currentfilename.equals(filename)) { QuantaView* view = ViewManager::ref()->isOpened(KURL::fromPathOrURL(filename)); // If it's already opened, just activate it if (view) { view->activate(); view->activated(); } else { // Otherwise open it m_doc->openDocument( KURL::fromPathOrURL( filename ) ); } } // We have to do this again, in case activedocument changed since last check (ie a file was opened) w = ViewManager::ref()->activeDocument(); if (w) { int numLines = w->editIf->numLines(); if ( numLines > line && line >= 0 ) { // Jump to the correct line/col w->viewCursorIf->setCursorPositionReal(line, column); } w->view()->setFocus(); } } void QuantaApp::selectArea(int line1, int col1, int line2, int col2) { Document *w = ViewManager::ref()->activeDocument(); if (w) { int numLines = w->editIf->numLines(); if ( line1 > numLines-1 ) line1 = numLines-1; if ( line2 > numLines-1 ) line2 = numLines-1; w->viewCursorIf->setCursorPositionReal(line2, col2); if (w->selectionIf) w->selectionIf->setSelection(line1, col1, line2, col2); } } void QuantaApp::openDoc(const TQString& url) { if (qConfig.docPosition == "Tab") { QuantaView *docView = ViewManager::ref()->documentationView(); delete m_documentationToolView; m_documentationToolView = 0L; docView->activate(); } else { QuantaView *docView = ViewManager::ref()->documentationView(false); if (docView) ViewManager::ref()->removeView(docView); if (!m_documentationToolView) m_documentationToolView= addToolWindow(m_htmlPartDoc->view(), prevDockPosition(m_htmlPartDoc->view(), KDockWidget::DockBottom), getMainDockWidget()); m_htmlPartDoc->view()->show(); m_documentationToolView->show(); } m_htmlPartDoc->view()->setFocus(); // activates the part TQString urlStr = url; if (urlStr.startsWith("/")) urlStr.prepend("file:"); KURL u(urlStr); if (u == m_htmlPartDoc->url()) return; m_htmlPartDoc->closeURL(); m_htmlPartDoc->openURL(u); m_htmlPartDoc->show(); m_htmlPartDoc->addToHistory(urlStr); } void QuantaApp::slotContextHelp() { Document *w = ViewManager::ref()->activeDocument(); if (w) { TQString currentWord = ""; parser->setSAParserEnabled(false); reparse(true); parser->setSAParserEnabled(true); uint line, col; w->viewCursorIf->cursorPositionReal(&line, &col); Node *node = parser->nodeAt(line, col); if (node && node->tag->type == Tag::XmlTag) { currentWord = node->tag->name; } else { currentWord = w->currentWord(); } const DTDStruct *dtd = w->currentDTD(true); TQString *url = dTab->contextHelp(dtd->documentation + "|" + currentWord); if (url) openDoc(*url); } } void QuantaApp::slotShowMessagesView() { makeDockVisible(dynamic_cast(m_messageOutputView->wrapperWidget())); } void QuantaApp::slotShowProblemsView() { makeDockVisible(dynamic_cast(m_problemsOutputView->wrapperWidget())); } void QuantaApp::slotShowAnnotationView() { makeDockVisible(dynamic_cast(m_annotationOutputView->wrapperWidget())); } TQWidget* QuantaApp::createContainer( TQWidget *parent, int index, const TQDomElement &element, int &id ) { TQString tabname = element.attribute( "i18ntabname", "" ); TQString idStr = element.attribute( "id", "" ); if ( element.tagName().lower() == "toolbar" && !tabname.isEmpty()) { //avoid TQToolBar warning in the log TQtMsgHandler oldHandler = tqInstallMsgHandler( silenceTQToolBar ); ToolbarTabWidget *toolbarTab = ToolbarTabWidget::ref(); TQWidget *w = new TQWidget(toolbarTab, TQString("ToolbarHoldingWidget" + element.attribute("name")).ascii()); QuantaToolBar *tb = new QuantaToolBar(w, element.attribute("name").ascii(), true, true); tb->loadState(element); tb->setSizePolicy(TQSizePolicy::Preferred, TQSizePolicy::Minimum); //kdDebug(24000) << "tb->iconSize() " << tb->iconSize() << endl; if (toolbarTab->iconText() == KToolBar::IconTextBottom) { tb->setGeometry(0,0, toolbarTab->width(), tb->iconSize() + TQFontMetrics(KGlobalSettings::toolBarFont()).height() + 10); toolbarTab->setFixedHeight(toolbarTab->tabHeight() + tb->height() + 3); } else { tb->setGeometry(0,0, toolbarTab->width(), tb->iconSize() + 10); toolbarTab->setFixedHeight(toolbarTab->tabHeight() + tb->height() + 3); } /* kdDebug(24000) << "tb->height() " << tb->height() << endl; kdDebug(24000) << "toolbarTab->height() " << toolbarTab->height() << endl; kdDebug(24000) << "toolbarTab->tabHeight() " << toolbarTab->tabHeight() << endl; */ toolbarTab->insertTab(tb, tabname, idStr); tqInstallMsgHandler( oldHandler ); connect(tb, TQT_SIGNAL(removeAction(const TQString&, const TQString&)), TQT_SLOT(slotRemoveAction(const TQString&, const TQString&))); connect(tb, TQT_SIGNAL(editAction(const TQString&)), TQT_SLOT(slotEditAction(const TQString&))); return tb; } return KMainWindow::createContainer( parent, index, element, id ); } void QuantaApp::removeContainer( TQWidget *container, TQWidget *parent, TQDomElement &element, int id ) { if (dynamic_cast(container)) { ToolbarTabWidget::ref()->removePage(container); } else KMainWindow::removeContainer( container, parent, element, id ); } void QuantaApp::slotBack() { if (ViewManager::ref()->documentationView(false) == ViewManager::ref()->activeView()) { m_htmlPartDoc->back(); } else if (m_previewVisible && (!m_previewToolView || m_htmlPart->view()->hasFocus())) { m_htmlPart->back(); } else { activatePrevWin(); } } void QuantaApp::slotForward() { if (ViewManager::ref()->documentationView(false) == ViewManager::ref()->activeView()) { m_htmlPartDoc->forward(); } else if (m_previewVisible && (!m_previewToolView || m_htmlPart->view()->hasFocus())) { m_htmlPart->forward(); } else { activateNextWin(); } } void QuantaApp::slotInsertFile(const KURL& url) { Document *w = ViewManager::ref()->activeDocument(); if (w) { w->insertFile(url); } } void QuantaApp::slotContextMenuAboutToShow() { Document *w = ViewManager::ref()->activeDocument(); if (w) { TQPopupMenu *popup = static_cast(factory()->container("popup_editor",this)); TQString name; uint line, col; int bl, bc, el, ec; TQString tagStr; w->viewCursorIf->cursorPositionReal(&line, &col); Node *node = parser->nodeAt(line, col, false); if (node) { if (node->tag->dtd()->family == Script) { StructTreeGroup group; uint count = node->tag->dtd()->structTreeGroups.count(); for (uint i = 0; i < count; i++) { group = node->tag->dtd()->structTreeGroups[i]; if (group.hasFileName) { if (!group.hasDefinitionRx ) continue; tagStr = node->tag->tagStr(); int pos = 0; while (pos != -1) { pos = group.definitionRx.search(node->tag->cleanStr, pos); if (pos != -1) { TQString cleanName = node->tag->cleanStr.mid(pos, group.definitionRx.matchedLength()); name = tagStr.mid(pos, group.definitionRx.matchedLength()); node->tag->beginPos(bl, bc); TQString tmpStr = tagStr.left(pos); int newLines = tmpStr.contains('\n'); bl += newLines; int l = tmpStr.findRev('\n'); //the last EOL bc = (l == -1) ? bc+pos : pos - l - 1; newLines = name.contains('\n'); l = name.length(); el = bl + newLines; ec = (newLines > 0) ? l - name.findRev('\n') : bc + l - 1; pos += l; int p = group.definitionRx.search(cleanName); if (p != -1) { name = name.mid(p, group.definitionRx.matchedLength()); } else name = ""; if (QuantaCommon::isBetween(line, col, bl, bc, el, ec) == 0) { break; } else { name = ""; } } } name.remove(group.fileNameRx); if (!name.isEmpty()) break; } } } else { TQMap::ConstIterator it = node->tag->dtd()->xmlStructTreeGroups.find(node->tag->name.lower()); if (it != node->tag->dtd()->xmlStructTreeGroups.constEnd()) { XMLStructGroup group = it.data(); uint count = group.attributes.count(); for (uint j = 0; j < count; j++ ) if (node->tag->hasAttribute(group.attributes[j])) { name.append(node->tag->attributeValue(group.attributes[j])); name.append(" | "); } name = name.left(name.length()-3); name.remove('\n'); } } } KAction *action = actionCollection()->action("open_file_under_cursor"); if (action) { if (!name.isEmpty()) { KURL baseUrl = QExtFileInfo::path(w->url()); urlUnderCursor = baseUrl; QuantaCommon::setUrl(urlUnderCursor, name.stripWhiteSpace()); urlUnderCursor = QExtFileInfo::toAbsolute(urlUnderCursor, baseUrl); action->setText(i18n("Open File: %1").arg(KStringHandler::lsqueeze(urlUnderCursor.prettyURL(0, KURL::StripFileProtocol), 80))); action->setEnabled(true); } else { action->setText(i18n("Open File: none")); action->setEnabled(false); } } action = actionCollection()->action("upload_file"); if (action) { action->setEnabled(Project::ref()->contains(w->url())); } // If we have a debugger session active... if(debugger() && debugger()->hasClient()) { int startpos; TQString word; // If we have a selection made, thats what we want to use for watching, setting etc if (w->selectionIf && w->selectionIf->hasSelection()) { word = w->selectionIf->selection(); } else { // Otherwise, find the word under the cursor word = w->editIf->textLine(w->viewCursorIf->cursorLine()); startpos = word.findRev(TQRegExp("$|[^a-zA-Z0-9_]"), w->viewCursorIf->cursorColumn()); word.remove(0, startpos); if(word.left(1) != "$") word.remove(0, 1); word = word.left(word.find(TQRegExp("[^a-zA-Z0-9_]"), 1)); } // If we have a linebreak, take everything before the break startpos = word.find("\n"); if(startpos > 0) word = word.left(startpos); // Trim whitespace from the beginning and end of the string word = word.stripWhiteSpace(); // now we have a word, possibly the name of a variable popupWord = word; // The word we display in the popup will be cut off not to make an obeast pop up menu if(word.length() > 23) { word.mid(20); word += "..."; } // If we have the addwatch action... action = actionCollection()->action("debug_addwatch"); if(action) { action->setText(i18n("Add Watch: '%1'").arg(word)); action->setEnabled(!word.isEmpty()); if(!action->isPlugged(popup)) action->plug(popup); } // Dito for the set action action = actionCollection()->action("debug_variable_set"); if(action) { action->setText(i18n("Set Value of '%1'").arg(word)); action->setEnabled(!word.isEmpty()); if(!action->isPlugged(popup)) action->plug(popup); } // Dito for the "break when" action action = actionCollection()->action("debug_conditional_break"); if(action) { action->setText(i18n("Break When '%1'...").arg(word)); action->setEnabled(!word.isEmpty()); if(!action->isPlugged(popup)) action->plug(popup); } } else { action = actionCollection()->action("debug_addwatch"); if(action && action->isPlugged(popup)) action->unplug(popup); action = actionCollection()->action("debug_variable_set"); if(action && action->isPlugged(popup)) action->unplug(popup); action = actionCollection()->action("debug_conditional_break"); if(action && action->isPlugged(popup)) action->unplug(popup); } } } void QuantaApp::slotOpenFileUnderCursor() { if (QExtFileInfo::exists(urlUnderCursor, true, this)) { if (QuantaCommon::checkMimeGroup(urlUnderCursor, "text" )) { slotFileOpen(urlUnderCursor, defaultEncoding()); } else if (QuantaCommon::checkMimeGroup(urlUnderCursor, "image" )) { slotShowPreviewWidget(true); slotImageOpen(urlUnderCursor); } } else { KMessageBox::error(this, i18n("The file %1 does not exist or is not a recognized mime type.").arg(urlUnderCursor.prettyURL(0, KURL::StripFileProtocol))); } } /** Load an user toolbar file from the disk. */ void QuantaApp::slotLoadToolbarFile(const KURL& url) { TQDictIterator it(m_toolbarList); ToolbarEntry *p_toolbar; while (it.current()) { p_toolbar = it.current(); ++it; if (url == p_toolbar->url) return; } TQDomDocument actionDom; TQTextStream str; str.setEncoding(TQTextStream::UnicodeUTF8); TQString fileName = url.path(); if ( url.fileName().endsWith(toolbarExtension) ) { TQDomDocument *toolbarDom = new TQDomDocument(); //extract the files from the archives KTar tar(fileName); if (tar.open(IO_ReadOnly)) { TQString base = TQFileInfo(fileName).baseName(); KArchiveFile* file = (KArchiveFile *) tar.directory()->entry(base+".toolbar"); if (file) { TQIODevice *device = file->device(); toolbarDom->setContent(device); delete device; } file = (KArchiveFile *) tar.directory()->entry(base+".actions"); if (file) { TQIODevice *device = file->device(); actionDom.setContent(device); delete device; } tar.close(); } if ( (toolbarDom->toString().isEmpty()) ) //|| (actionContent.isEmpty())) { KMessageBox::error(this, i18n("Cannot load the toolbars from the archive.\nCheck that the filenames inside the archives begin with the archive name.")); delete toolbarDom; return; } TQDomNodeList nodeList = toolbarDom->elementsByTagName("ToolBar"); TQString name = nodeList.item(0).cloneNode().toElement().attribute("tabname"); //search for another toolbar with the same name TQPtrList xml_clients = guiFactory()->clients(); TQString newName = name; TQString i18nName = i18n(name.utf8()); TQString origName = name; bool found = false; bool nameModified = false; int count = 2; do { uint index = 0; while (index < xml_clients.count()) { name = newName; if (index == 0) found = false; nodeList = xml_clients.at(index)->domDocument().elementsByTagName("ToolBar"); for (uint i = 0; i < nodeList.count(); i++) { if ((nodeList.item(i).cloneNode().toElement().attribute("name").lower() ) == name.lower()) { newName = origName + TQString(" (%1)").arg(count); i18nName = i18n(origName.utf8()) + TQString(" (%1)").arg(count); nameModified = true; count++; found = true; break; } } if (found) { index = 0; } else { index++; } } } while (name == newName && found); name = newName; p_toolbar = new ToolbarEntry; TQDomDocument *dom = new TQDomDocument(); dom->setContent(toolbarDom->toString()); p_toolbar->dom = dom; p_toolbar->nameModified = nameModified; TQString s = i18nName.lower(); TQString toolbarId = s; TQRegExp rx("\\s|\\."); toolbarId.replace(rx, "_"); int n = 1; while (m_toolbarList.find(toolbarId) != 0L) { toolbarId = s + TQString("%1").arg(n); toolbarId.replace(rx, "_"); n++; } userToolbarsCount++; //Change the name also in the XML File -> create a temp XML file KTempFile* tempFile = new KTempFile(tmpDir); tempFile->setAutoDelete(true); nodeList = toolbarDom->elementsByTagName("ToolBar"); TQDomElement el = nodeList.item(0).toElement(); el.setAttribute("name", name.lower()); el.setAttribute("tabname", name); el.setAttribute("i18ntabname", i18nName); el.setAttribute("id", toolbarId); nodeList = toolbarDom->elementsByTagName("text"); el.firstChild().setNodeValue(name); tempFile->textStream()->setEncoding(TQTextStream::UnicodeUTF8); * (tempFile->textStream()) << toolbarDom->toString(); tempFile->close(); //create the new toolbar GUI from the temp file ToolbarXMLGUI * toolbarGUI = new ToolbarXMLGUI(tempFile->name()); //setup the actions nodeList = actionDom.elementsByTagName("action"); for (uint i = 0; i < nodeList.count(); i++) { TQDomNode node = nodeList.item(i).cloneNode(); el = node.toElement(); TQString actionName = el.attribute("name"); //if there is no such action yet, add to the available actions if (!actionCollection()->action(actionName.ascii())) { bool toggable = (el.attribute("toggable", "") == "true"); TagAction *tagAction = new TagAction(&el, this, toggable); m_tagActions.append(tagAction); //add the actions to every toolbar xmlguiclient TQDictIterator it(m_toolbarList); while (it.current()) { it.current()->guiClient->actionCollection()->insert(tagAction); ++it; } //Compatility code (read the action shortcuts from quantaui.rc) //TODO: Remove after upgrade from 3.1 is not supported if (oldShortcuts.contains(actionName)) { tagAction->setModified(true); tagAction->data().setAttribute("shortcut", oldShortcuts[actionName]); tagAction->setShortcut(KShortcut(oldShortcuts[actionName])); } } else { // kdDebug(24000) << "The action " << actionName << " is already present!" << endl; TagAction *tagAction = dynamic_cast(actionCollection()->action(actionName.ascii())); if (tagAction) tagAction->setModified(true); } } //add all actions to the xmlguiclient of this toolbar for (uint i = 0 ; i < actionCollection()->count(); i++) toolbarGUI->actionCollection()->insert(actionCollection()->action(i)); guiFactory()->addClient(toolbarGUI); //Plug in the actions & build the menu TQPopupMenu *menu = new TQPopupMenu; KAction *action; nodeList = toolbarGUI->domDocument().elementsByTagName("Action"); for (uint i = 0; i < nodeList.count(); i++) { action = actionCollection()->action(nodeList.item(i).cloneNode().toElement().attribute("name").ascii() ); if (action) { action->plug(menu); } } m_tagsMenu->insertItem(i18nName, menu); p_toolbar->menu = menu; tempFileList.append(tempFile); p_toolbar->guiClient = toolbarGUI; p_toolbar->name = name; p_toolbar->id = toolbarId; p_toolbar->url = url; p_toolbar->visible = true; p_toolbar->user = true; //TODO m_toolbarList.insert(toolbarId, p_toolbar); delete toolbarDom; slotToggleDTDToolbar(!allToolbarsHidden()); } } /** Show the toolbar which is in url. If it was not loaded yet, it loads the toolbar from the file */ void QuantaApp::showToolbarFile(const KURL &url) { ToolbarEntry *p_toolbar = toolbarByURL(url); if (!p_toolbar) { slotLoadToolbarFile(url); p_toolbar = toolbarByURL(url); if (p_toolbar) { p_toolbar->user = false; userToolbarsCount--; } } else { TQDomNodeList nodeList; TQPopupMenu *menu = new TQPopupMenu; KAction *action; KActionCollection *ac = actionCollection(); nodeList = p_toolbar->guiClient->domDocument().elementsByTagName("Action"); for (uint i = 0; i < nodeList.count(); i++) { action = ac->action(nodeList.item(i).toElement().attribute("name").ascii() ); if (action) { action->plug(menu); } } m_tagsMenu->insertItem(i18n(p_toolbar->name.utf8()),menu); p_toolbar->menu = menu; p_toolbar->guiClient->reloadXML(); guiFactory()->addClient(p_toolbar->guiClient); p_toolbar->visible = true; } } /** Load an user toolbar from the disk. */ void QuantaApp::slotLoadToolbar() { KURL::List urls = KFileDialog::getOpenURLs(locateLocal("data",resourceDir + "toolbars/"), "*"+toolbarExtension, this); if (!urls.isEmpty()) { for (KURL::List::ConstIterator it = urls.constBegin(); it != urls.constEnd(); ++it) slotLoadToolbarFile(*it); } } /** Load an user toolbar from the disk. */ void QuantaApp::slotLoadGlobalToolbar() { KURL::List urls = KFileDialog::getOpenURLs(qConfig.globalDataDir +resourceDir + "toolbars/", "*"+toolbarExtension+"\n*", this); if (!urls.isEmpty()) { for (KURL::List::ConstIterator it = urls.constBegin(); it != urls.constEnd(); ++it) slotLoadToolbarFile(*it); } } KURL QuantaApp::saveToolbarToFile(const TQString& toolbarName, const KURL& destFile) { KURL tarFile = destFile; if (! destFile.fileName().endsWith(toolbarExtension)) { tarFile.setFileName(destFile.fileName() + toolbarExtension); } TQBuffer buffer; buffer.open(IO_ReadWrite); TQString toolStr; TQTextStream toolStream(&toolStr, IO_ReadWrite); toolStream.setEncoding(TQTextStream::UnicodeUTF8); TQBuffer buffer2; buffer2.open(IO_WriteOnly); TQTextStream actStr(&buffer2); actStr.setEncoding(TQTextStream::UnicodeUTF8); TQDomNodeList nodeList, nodeList2; toolStream << "\n\n"; actStr << TQString("\n\n"); //look up the clients TQPtrList xml_clients = factory()->clients(); for (uint index = 0; index < xml_clients.count(); index++) { nodeList = xml_clients.at(index)->domDocument().elementsByTagName("ToolBar"); for (uint i = 0; i < nodeList.count(); i++) { //find the actual toolbar in the XML GUI if ((nodeList.item(i).cloneNode().toElement().attribute("id") ) == toolbarName) { //find the actions registered to the toolbar TQDomNode n = nodeList.item(i).firstChild(); while (! n.isNull()) { TQDomElement e = n.toElement(); if (e.tagName() == "Action") { TagAction *action = dynamic_cast(actionCollection()->action(e.attribute("name").ascii())); if (action) { action->data().save(actStr,1); action->setModified(false); } } else if (e.tagName() == "_Separator_") { e.setTagName("Separator"); } n = n.nextSibling(); } TQDomElement e = nodeList.item(0).toElement(); TQString i18nName = e.attribute("i18ntabname"); TQString id = e.attribute("id"); e.removeAttribute("i18ntabname"); e.removeAttribute("id"); nodeList.item(i).save(toolStream,2); e.setAttribute("i18ntabname", i18nName); e.setAttribute("id", id); } } } toolStream << TQString("\n"); actStr << TQString("\n"); //buffer.flush(); ToolbarEntry *p_toolbar = m_toolbarList[toolbarName]; TQDomDocument *oldDom = p_toolbar->dom; TQDomDocument *dom = new TQDomDocument(); TQString s = toolStr; TQString error; int el, ec; if (!dom->setContent(s, &error, &el, &ec)) kdError(24000) << TQString("Error %1 at (%2, %3)").arg(error).arg(el).arg(ec)<dom = dom; TQTextStream bufferStr(&buffer); bufferStr.setEncoding(TQTextStream::UnicodeUTF8); bufferStr << toolStr; buffer.close(); buffer2.close(); KTempFile *tempFile = new KTempFile(tmpDir); tempFile->setAutoDelete(true); tempFile->close(); KTar tar(tempFile->name(), "application/x-gzip"); if (!tar.open(IO_WriteOnly)) return KURL(); if (!tar.writeFile(TQFileInfo(tarFile.path()).baseName()+".toolbar", "user", "group", buffer.buffer().size(), buffer.buffer().data())) return KURL(); if (!tar.writeFile(TQFileInfo(tarFile.path()).baseName()+".actions", "user", "group", buffer2.buffer().size(), buffer2.buffer().data())) return KURL(); tar.close(); if (!QExtFileInfo::copy(KURL::fromPathOrURL(tempFile->name()), tarFile, -1, true, false, this)) { KMessageBox::error(this, i18n("An error happened while saving the %1 toolbar.
" "Check that you have write permissions for
%2.

This might happen if you tried save to save a global toolbar as a simple user. Use Save As or Toolbars->Save Toolbars->Save as Local Toolbar in this case.
").arg(p_toolbar->name).arg(tarFile.prettyURL(0, KURL::StripFileProtocol)), i18n("Toolbar Saving Error")); tarFile = KURL(); delete p_toolbar->dom; p_toolbar->dom = oldDom; } else delete oldDom; delete tempFile; return tarFile; } /** Saves a toolbar as local or project specific. */ bool QuantaApp::saveToolbar(bool localToolbar, const TQString& toolbarToSave, const KURL& destURL) { int query; KURL url; KURL projectToolbarsURL; TQString toolbarName; TQString localToolbarsDir = locateLocal("data",resourceDir + "toolbars/"); if (toolbarToSave.isEmpty()) { ToolbarTabWidget *tb = ToolbarTabWidget::ref(); TQStringList lst; TQStringList idLst; int current=0; for (int i = 0; i < tb->count(); i++) { lst << tb->label(i); idLst << tb->id(i); if ( tb->tabLabel(tb->currentPage()) == tb->label(i) ) current=i; } bool ok = false; TQString res = KInputDialog::getItem( i18n( "Save Toolbar" ), i18n( "Please select a toolbar:" ), lst, current, false, &ok, this ); if ( !ok ) return false; for (uint i = 0; i < lst.count(); i++) { if (lst[i] == res) { toolbarName = idLst[i]; break; } } } else { toolbarName = toolbarToSave; } ToolbarEntry *p_toolbar = m_toolbarList[toolbarName]; TQString toolbarFileName = p_toolbar->url.fileName(false); TQString toolbarRelPath = p_toolbar->url.url(); if (toolbarRelPath.startsWith("file://" + qConfig.globalDataDir)) { toolbarRelPath.remove("file://" + qConfig.globalDataDir + resourceDir + "toolbars/"); toolbarRelPath.remove(toolbarFileName); } else { toolbarRelPath = ""; } toolbarFileName.remove(".toolbar.tgz"); if (destURL.isEmpty()) { do { query = KMessageBox::Yes; if (localToolbar) { url = KFileDialog::getSaveURL(localToolbarsDir + toolbarRelPath + toolbarFileName, "*"+toolbarExtension, this); } else { url = KFileDialog::getSaveURL(Project::ref()->toolbarURL().url() + toolbarFileName, "*"+toolbarExtension, this); } if (url.isEmpty()) return false; if (Project::ref()->hasProject()) projectToolbarsURL = Project::ref()->toolbarURL(); if ( ((!localToolbar) && (projectToolbarsURL.isParentOf(url)) ) || ((localToolbar) && (KURL(localToolbarsDir).isParentOf(url))) ) { if (!QuantaCommon::checkOverwrite(url, this)) query = KMessageBox::No; } else { if (!localToolbar) localToolbarsDir = projectToolbarsURL.prettyURL(); KMessageBox::sorry(0,i18n("You must save the toolbars to the following folder:

%1
") .arg(localToolbarsDir)); query = KMessageBox::No; } } while (query != KMessageBox::Yes); } else { url = destURL; query = KMessageBox::Yes; } if( query != KMessageBox::Cancel ) { KURL tarName = saveToolbarToFile(toolbarName, url); if (tarName.isEmpty()) { return false; } if (!localToolbar) Project::ref()->insertFile(tarName, true); } return true; } /** Saves a toolbar as localspecific. */ void QuantaApp::slotSaveLocalToolbar() { saveToolbar(true); } /** Saves a toolbar as project specific. */ void QuantaApp::slotSaveProjectToolbar() { saveToolbar(false); } /** Adds a new, empty toolbar. */ void QuantaApp::slotAddToolbar() { bool ok; TQString name = KInputDialog::getText(i18n("New Toolbar"), i18n("Enter toolbar name:"), i18n("User_%1").arg(userToolbarsCount), &ok, this); if (ok) { userToolbarsCount++; TQString toolbarId = name; int n = 1; while (m_toolbarList.find(toolbarId) != 0L) { toolbarId = name + TQString("%1").arg(n); n++; } toolbarId = toolbarId.lower(); KTempFile* tempFile = new KTempFile(tmpDir); tempFile->setAutoDelete(true); tempFile->textStream()->setEncoding(TQTextStream::UnicodeUTF8); * (tempFile->textStream()) << TQString("\n\n\n%5\n\n\n") .arg(name.lower()).arg(name).arg(name).arg(toolbarId).arg(name); tempFile->close(); ToolbarXMLGUI * toolbarGUI = new ToolbarXMLGUI(tempFile->name()); //add all actions to the xmlguiclient of this toolbar for (uint i = 0 ; i < actionCollection()->count(); i++) toolbarGUI->actionCollection()->insert(actionCollection()->action(i)); guiFactory()->addClient(toolbarGUI); ToolbarTabWidget::ref()->setCurrentPage(ToolbarTabWidget::ref()->count()-1); tempFileList.append(tempFile); ToolbarEntry *p_toolbar = new ToolbarEntry; p_toolbar->guiClient = toolbarGUI; TQDomDocument *dom = new TQDomDocument(toolbarGUI->domDocument()); p_toolbar->dom = dom; p_toolbar->name = name; p_toolbar->user = true; p_toolbar->visible = true; p_toolbar->nameModified = false; p_toolbar->menu = new TQPopupMenu; p_toolbar->id = toolbarId; m_tagsMenu->insertItem(p_toolbar->name, p_toolbar->menu); m_toolbarList.insert(toolbarId, p_toolbar); slotToggleDTDToolbar(!allToolbarsHidden()); } } /** Removes a user toolbar from the toolbars. */ bool QuantaApp::slotRemoveToolbar() { ToolbarTabWidget *tb = ToolbarTabWidget::ref(); int i; TQStringList lst; TQStringList idLst; int current=0, j =0; for (i = 0; i < tb->count(); i++) { lst << tb->label(i); idLst << tb->id(i); if ( tb->tabLabel(tb->currentPage()) == tb->label(i) ) current=j; j++; } bool ok = false; TQString res = KInputDialog::getItem( i18n( "Remove Toolbar" ), i18n( "Please select a toolbar:" ), lst, current, false, &ok, this ); if (ok) { TQString id = res; for (uint i = 0; i < lst.count(); i++) { if (lst[i] == res) { id = idLst[i]; break; } } return slotRemoveToolbar(id); } else return false; } TQString QuantaApp::createToolbarTarball() { ToolbarTabWidget *tb = ToolbarTabWidget::ref(); TQStringList lst; TQStringList idLst; int current = 0; for (int i = 0; i < tb->count(); i++) { lst << tb->label(i); idLst << tb->id(i); if ( tb->tabLabel(tb->currentPage()) == tb->label(i) ) current=i; } bool ok = false; TQString res = KInputDialog::getItem( i18n( "Send Toolbar" ), i18n( "Please select a toolbar:" ), lst, current, false, &ok, this ); if (!ok) return TQString(); TQString toolbarName = res; for (uint i = 0; i < lst.count(); i++) { if (lst[i] == toolbarName) { toolbarName = idLst[i]; break; } } TQString prefix="quanta"; KTempDir* tempDir = new KTempDir(tmpDir); tempDir->setAutoDelete(true); tempDirList.append(tempDir); TQString tempFileName=tempDir->name() + toolbarName; KURL tempURL; tempURL.setPath(tempFileName); saveToolbarToFile(toolbarName, tempURL); return tempFileName + ".toolbar.tgz"; } /** Sends a toolbar in mail. */ void QuantaApp::slotSendToolbar() { TQString tempFileName = createToolbarTarball(); if (tempFileName.isNull()) return; TQStringList toolbarFile; toolbarFile += tempFileName; TagMailDlg *mailDlg = new TagMailDlg( this, i18n("Send toolbar in email").ascii() ); TQString toStr; TQString message = i18n("Hi,\n This is a Quanta Plus [http://quanta.tdewebdev.org] toolbar.\n\nHave fun.\n"); TQString titleStr; TQString subjectStr; mailDlg->TitleLabel->setText(i18n("Content:")); /* mailDlg->titleEdit->setFixedHeight(60); mailDlg->titleEdit->setVScrollBarMode(TQTextEdit::Auto); mailDlg->titleEdit->setHScrollBarMode(TQTextEdit::Auto);*/ if ( mailDlg->exec() ) { if ( !mailDlg->lineEmail->text().isEmpty()) { toStr = mailDlg->lineEmail->text(); subjectStr = (mailDlg->lineSubject->text().isEmpty())?i18n("Quanta Plus toolbar"):mailDlg->lineSubject->text(); if ( !mailDlg->titleEdit->text().isEmpty()) message = mailDlg->titleEdit->text(); } else { KMessageBox::error(this,i18n("No destination address was specified.\n Sending is aborted."),i18n("Error Sending Email")); delete mailDlg; return; } kapp->invokeMailer(toStr, TQString(), TQString(), subjectStr, message, TQString(), toolbarFile); } delete mailDlg; } void QuantaApp::slotDownloadToolbar() { if (!m_newToolbarStuff) m_newToolbarStuff = new QNewToolbarStuff("quanta/toolbar", this); m_newToolbarStuff->downloadResource(); } void QuantaApp::slotUploadToolbar() { TQString tempFileName = createToolbarTarball(); if (tempFileName.isNull()) return; if (!m_newToolbarStuff) m_newToolbarStuff = new QNewToolbarStuff("quanta/toolbar", this); // tempDirList.append(m_newToolbarStuff->uploadResource(tempFileName)); m_newToolbarStuff->uploadResource(tempFileName); } void QuantaApp::slotRenameToolbar() { ToolbarTabWidget *tb = ToolbarTabWidget::ref(); TQStringList lst; TQStringList idLst; int current = 0; for (int i = 0; i < tb->count(); i++) { lst << tb->label(i); idLst << tb->id(i); if ( tb->tabLabel(tb->currentPage()) == tb->label(i) ) current=i; } bool ok = false; TQString res = KInputDialog::getItem( i18n( "Rename Toolbar" ), i18n( "Please select a toolbar:" ), lst, current, false, &ok, this ); if (ok) { TQString id = res; for (uint i = 0; i < lst.count(); i++) { if (lst[i] == res) { id = idLst[i]; break; } } slotRenameToolbar(id); } } void QuantaApp::slotRenameToolbar(const TQString& name) { ToolbarEntry *p_toolbar = quantaApp->m_toolbarList[name]; if (p_toolbar) { bool ok; TQString newName = KInputDialog::getText(i18n("Rename Toolbar"), i18n("Enter the new name:"), p_toolbar->name, &ok, this); if (ok && newName != p_toolbar->name) { m_toolbarList.take(name); p_toolbar->name = newName; TQDomElement el = p_toolbar->guiClient->domDocument().firstChild().firstChild().toElement(); el.setAttribute("tabname", p_toolbar->name); el.removeAttribute("i18ntabname"); el.setAttribute("name", p_toolbar->name.lower()); TQDomNodeList nodeList = p_toolbar->guiClient->domDocument().elementsByTagName("text"); nodeList.item(0).firstChild().setNodeValue(p_toolbar->name); //Rename the _Separator_ tags back to Separator, so they are not treated //as changes nodeList = p_toolbar->guiClient->domDocument().elementsByTagName("_Separator_"); for (uint i = 0; i < nodeList.count(); i++) { nodeList.item(i).toElement().setTagName("Separator"); } KXMLGUIFactory::saveConfigFile(p_toolbar->guiClient->domDocument(), p_toolbar->guiClient->xmlFile(), p_toolbar->guiClient->instance()); ToolbarTabWidget *tb = ToolbarTabWidget::ref(); for (int i = 0; i < tb->count(); i++) { if (tb->id(i) == name) { tb->setTabLabel(tb->page(i)->parentWidget(), i18n(p_toolbar->name.utf8())); m_tagsMenu->changeItem(m_tagsMenu->idAt(i + 2), i18n(p_toolbar->name.utf8())); break; } } m_toolbarList.insert(name, p_toolbar); } } } /** Ask for save all the modified user toolbars. */ bool QuantaApp::removeToolbars() { TQStringList names; TQDictIterator it(m_toolbarList); for (;it.current();++it) { names += it.currentKey(); } for (TQStringList::ConstIterator iter = names.constBegin(); iter != names.constEnd(); ++iter) { if (!slotRemoveToolbar(*iter)) return false; } TQString s = "\n\n\n"; m_actions->setContent(s); TagAction *action; for (uint i = 0; i < actionCollection()->count(); i++) { action = dynamic_cast(actionCollection()->action(i)); if (action) { TQDomElement el = action->data(); m_actions->firstChild().appendChild(el); } } TQFile f(KGlobal::instance()->dirs()->saveLocation("data")+resourceDir + "actions.rc" ); if (f.open( IO_ReadWrite | IO_Truncate )) { if (!m_actions->firstChild().firstChild().isNull()) { TQTextStream qts(&f); qts.setEncoding(TQTextStream::UnicodeUTF8); m_actions->save(qts,0); f.close(); } else f.remove(); } return true; } void QuantaApp::slotDeleteAction(KAction *action) { //remove all references to this action TQDomElement el = static_cast(action)->data(); TQString text = el.attribute("text"); TQString actionName = action->name(); TQPtrList guiClients = factory()->clients(); KXMLGUIClient *guiClient = 0; TQDomNodeList nodeList; for (uint i = 0; i < guiClients.count(); i++) { guiClient = guiClients.at(i); guiClient->domDocument().setContent(KXMLGUIFactory::readConfigFile( guiClient->xmlFile(), guiClient->instance() )); nodeList = guiClient->domDocument().elementsByTagName("Action"); for (uint j = 0; j < nodeList.count(); j++) { //we found a toolbar that contains the action if (nodeList.item(j).toElement().attribute("name") == actionName) { nodeList.item(j).parentNode().removeChild(nodeList.item(j)); KXMLGUIFactory::saveConfigFile(guiClient->domDocument(), guiClient->xmlFile()); break; } } guiClient->actionCollection()->take(action); } action->unplugAll(); delete action; action = 0L; } void QuantaApp::slotRemoveAction(const TQString& toolbarName, const TQString& a_actionName) { KAction *action = 0L; TQString actionName = a_actionName; actionName.replace('&',"&&"); KActionCollection *ac = actionCollection(); uint actionCount = ac->count(); TQString str; for (uint i = 0; i < actionCount; i++) { str = ac->action(i)->text(); if (str == actionName || str.remove('&') == actionName) { action = ac->action(i); break; } } if (!action) //workaround for actionnames ending with "...". It's stripped from the end //of the text when plugged into a toolbar. { actionName += "..."; for (uint i = 0; i < actionCount; i++) { if (ac->action(i)->text() == actionName) { action = ac->action(i); break; } } } if (action) { ToolbarEntry *p_toolbar = quantaApp->m_toolbarList[toolbarName]; if (p_toolbar) { TQDomNode node = p_toolbar->guiClient->domDocument().firstChild().firstChild().firstChild(); while (!node.isNull()) { if (node.nodeName() == "Action" && node.toElement().attribute("name") == action->name()) { action->unplug(ToolbarTabWidget::ref()->page(toolbarName)); action->unplug(p_toolbar->menu); node.parentNode().removeChild(node); } node = node.nextSibling(); } KXMLGUIFactory::saveConfigFile(p_toolbar->guiClient->domDocument(), p_toolbar->guiClient->xmlFile(), p_toolbar->guiClient->instance()); } } } void QuantaApp::slotEditAction(const TQString& actionName) { ActionConfigDialog dlg(m_toolbarList, this, "actions_config_dlg", true, 0, actionName); dlg.exec(); } void QuantaApp::slotNewAction() { ActionConfigDialog dlg(m_toolbarList, this, "actions_config_dlg"); dlg.slotNewAction(); dlg.exec(); } void QuantaApp::slotAssignActionToScript(const KURL& a_scriptURL, const TQString& a_interpreter) { ActionConfigDialog dlg(m_toolbarList, this, "actions_config_dlg"); TQString name = a_scriptURL.fileName(); name.truncate(name.length() - TQFileInfo(name).extension().length() - 1); dlg.createScriptAction(name, a_interpreter + " " + a_scriptURL.path()); dlg.exec(); } void QuantaApp::setDtep(const TQString& dtepName, bool convert) { Document *w = ViewManager::ref()->activeDocument(); if (w) { TQString dtep = DTDs::ref()->getDTDNameFromNickName(dtepName); if (!DTDs::ref()->find(dtep)) return; w->setDTDIdentifier(dtep); const DTDStruct *dtd = DTDs::ref()->find(w->getDTDIdentifier()); if (convert && dtd->family == Xml) { Tag *tag = 0L; w->findDTDName(&tag); if (tag) { int bLine, bCol, eLine, eCol; tag->beginPos(bLine,bCol); tag->endPos(eLine,eCol); w->editIf->removeText(bLine, bCol, eLine, eCol+1); w->viewCursorIf->setCursorPositionReal((uint)bLine, (uint)bCol); w->insertText("doctypeStr +">"); delete tag; } else { w->viewCursorIf->setCursorPositionReal(0,0); w->insertText("doctypeStr + ">\n"); } } slotLoadToolbarForDTD(w->getDTDIdentifier()); QuantaView *view = ViewManager::ref()->activeView(); if (view) view->activated(); reparse(true); } } void QuantaApp::slotChangeDTD() { Document *w = ViewManager::ref()->activeDocument(); if (w) { KDialogBase dlg(this, 0L, true, i18n("DTD Selector"), KDialogBase::Ok | KDialogBase::Cancel); DTDSelectDialog *dtdWidget = new DTDSelectDialog(&dlg); dtdWidget->setMinimumHeight(130); dlg.setMainWidget(dtdWidget); int pos = -1; int defaultIndex = 0; TQString oldDtdName = w->getDTDIdentifier(); TQString defaultDocType = Project::ref()->defaultDTD(); TQStringList lst = DTDs::ref()->nickNameList(true); TQString oldDtdNickName = DTDs::ref()->getDTDNickNameFromName(oldDtdName); TQString defaultDtdNickName = DTDs::ref()->getDTDNickNameFromName(defaultDocType); for(uint i = 0; i < lst.count(); i++) { dtdWidget->dtdCombo->insertItem(lst[i]); if (lst[i] == oldDtdNickName) pos = i; if (lst[i] == defaultDtdNickName) defaultIndex = i; } if (pos == -1) pos = defaultIndex; dtdWidget->dtdCombo->setCurrentItem(pos); dtdWidget->messageLabel->setText(i18n("Change the current DTD.")); dtdWidget->currentDTD->setText(DTDs::ref()->getDTDNickNameFromName(w->getDTDIdentifier())); //dlg->useClosestMatching->setShown(false); delete dtdWidget->useClosestMatching; dtdWidget->useClosestMatching = 0L; dtdWidget->adjustSize(); if (dlg.exec()) { setDtep(dtdWidget->dtdCombo->currentText(), dtdWidget->convertDTD->isChecked()); } } } void QuantaApp::slotEditDTD() { Document *w = ViewManager::ref()->activeDocument(); if (w) { TQStringList lst(DTDs::ref()->nickNameList()); TQString nickName = DTDs::ref()->getDTDNickNameFromName(w->getDTDIdentifier()); bool ok = false; TQString res = KInputDialog::getItem( i18n( "Edit DTD" ), i18n( "Please select a DTD:" ), lst, lst.findIndex(nickName), false, &ok, this ); TQString s = i18n("Create a new DTEP description"); s = i18n("Load DTEP description from disk"); if (!ok) return; TQString dtdName = DTDs::ref()->getDTDNameFromNickName(res); KDialogBase editDlg(this, "edit_dtep", true, i18n("Configure DTEP"), KDialogBase::Ok | KDialogBase::Cancel); DTEPEditDlg dtepDlg(DTDs::ref()->find(dtdName)->fileName, &editDlg); editDlg.setMainWidget(&dtepDlg); if (editDlg.exec()) { dtepDlg.saveResult(); } } } void QuantaApp::focusInEvent(TQFocusEvent* e) { KDockMainWindow::focusInEvent(e); Document *w = ViewManager::ref()->activeDocument(); if (w) { w->view()->setFocus(); w->checkDirtyStatus(); } } void QuantaApp::slotShowCompletion() { Document *w = ViewManager::ref()->activeDocument(); if (w && w->codeCompletionIf) w->codeCompletionRequested(); } void QuantaApp::slotShowCompletionHint() { Document *w = ViewManager::ref()->activeDocument(); if (w && w->codeCompletionIf) w->codeCompletionHintRequested(); } /** Loads the toolbars for dtd named dtdName and unload the ones belonging to oldDtdName. */ void QuantaApp::slotLoadToolbarForDTD(const TQString& dtdName) { const DTDStruct *oldDtd = 0L; if (!currentToolbarDTD.isEmpty()) { oldDtd = DTDs::ref()->find(currentToolbarDTD); if (!oldDtd) oldDtd = DTDs::ref()->find(Project::ref()->defaultDTD()); } TQString fileName; const DTDStruct *newDtd = DTDs::ref()->find(dtdName); if (!newDtd) { newDtd = DTDs::ref()->find(Project::ref()->defaultDTD()); if (!newDtd) newDtd = DTDs::ref()->find(qConfig.defaultDocType); //extreme case } ToolbarEntry *p_toolbar; if (m_debugger->UI()) { p_toolbar = m_toolbarList["Debug"]; if (p_toolbar) { guiFactory()->removeClient(p_toolbar->guiClient); p_toolbar->visible = false; delete p_toolbar->menu; p_toolbar->menu = 0L; } } if (newDtd != oldDtd) { KURL::List newToolbars; for (uint i = 0; i < newDtd->toolbars.count(); i++) { KURL url; //first load the local version if it exists fileName = locateLocal("data", resourceDir + "toolbars/"+newDtd->toolbars[i]); QuantaCommon::setUrl(url, fileName); if (QExtFileInfo::exists(url, true, this)) { //showToolbarFile(url); newToolbars += url; } else { fileName = qConfig.globalDataDir + resourceDir + "toolbars/"+newDtd->toolbars[i]; QuantaCommon::setUrl(url, fileName); if (QExtFileInfo::exists(url, true, this)) { newToolbars += url;// showToolbarFile(url); } } } //remove the toolbars of the oldDtdName if (!currentToolbarDTD.isEmpty()) { for (uint i = 0; i < oldDtd->toolbars.count(); i++) { KURL url; TQString fileName = qConfig.globalDataDir + resourceDir + "toolbars/"+oldDtd->toolbars[i]; QuantaCommon::setUrl(url, fileName); KURL urlLocal; fileName = locateLocal("data", resourceDir + "toolbars/"+oldDtd->toolbars[i]); QuantaCommon::setUrl(urlLocal, fileName); if (newToolbars.contains(url) == 0) { TQDictIterator iter(m_toolbarList); for( ; iter.current(); ++iter ) { p_toolbar = iter.current(); if (p_toolbar->url == url || p_toolbar->url == urlLocal) { guiFactory()->removeClient(p_toolbar->guiClient); p_toolbar->visible = false; delete p_toolbar->menu; p_toolbar->menu = 0L; break; } } } else { newToolbars.remove(url); } } } //Load the toolbars for dtdName KURL::List::Iterator it; for (it = newToolbars.begin(); it != newToolbars.end(); ++it) { showToolbarFile(*it); } ToolbarTabWidget::ref()->setCurrentPage(0); } currentToolbarDTD = newDtd->name; slotToggleDTDToolbar(!allToolbarsHidden()); } /** Remove the toolbar named "name". */ bool QuantaApp::slotRemoveToolbar(const TQString& a_name) { TQString name = a_name; // increase reference counter for this string ToolbarEntry *p_toolbar = m_toolbarList[name]; TQRegExp i18ntabnameRx("\\si18ntabname=\"[^\"]*\""); TQRegExp idRx("\\sid=\"[^\"]*\""); if (p_toolbar) { KXMLGUIClient* toolbarGUI = p_toolbar->guiClient; if (toolbarGUI) { KAction *action; //Rename the _Separator_ tags back to Separator, so they are not treated //as changes TQDomNodeList nodeList = toolbarGUI->domDocument().elementsByTagName("_Separator_"); for (uint i = 0; i < nodeList.count(); i++) { nodeList.item(i).toElement().setTagName("Separator"); } //check if the actions on the toolbar were modified or not bool actionsModified = false; nodeList = toolbarGUI->domDocument().elementsByTagName("Action"); for (uint i = 0; i < nodeList.count(); i++) { action = actionCollection()->action(nodeList.item(i).toElement().attribute("name").ascii()); if (dynamic_cast(action) && dynamic_cast(action)->isModified()) { actionsModified = true; break; } } //check if the toolbar's XML GUI was modified or not TQString s1 = p_toolbar->dom->toString(); TQString s2 = toolbarGUI->domDocument().toString(); s1.remove(i18ntabnameRx); s2.remove(i18ntabnameRx); s1.remove(idRx); s2.remove(idRx); if (p_toolbar->nameModified) { TQRegExp tabnameRx("\\stabname=\"[^\"]*\""); tabnameRx.search(s2); TQString name1 = tabnameRx.cap(); name1.remove(" tab"); TQString name2 = name1; name2.remove(TQRegExp("[\\s]\\([0-9]+\\)")); s2.replace(name1, name2); s2.replace(name1.lower(), name2.lower()); } bool useToolbarGUI = true; if ( s1 != s2 /*|| actionsModified */) { int result; if (p_toolbar->url.isEmpty()) { result = KMessageBox::warningYesNoCancel(this, i18n("Toolbar %1 is new and unsaved. Do you want to save it before it is removed?").arg(p_toolbar->name), i18n("Save Toolbar"), KStdGuiItem::save(), KStdGuiItem::discard()); } else { FourButtonMessageBox dlg(this, 0, true); dlg.textLabel->setText(i18n("The toolbar %1 was modified. Do you want to save it before it is removed?").arg(p_toolbar->name)); dlg.setCaption(i18n("Save Toolbar")); dlg.pixmapLabel->setPixmap(BarIcon("messagebox_info", KIcon::SizeMedium)); dlg.exec(); result = dlg.status(); switch (result) { case -1: result = KMessageBox::Cancel; break; case 1: result = KMessageBox::Continue; //hack - this means Save break; case 2: result = KMessageBox::Yes; //hack - this means Save As break; case 3: result = KMessageBox::No; //this means Don't Save break; } } switch (result) { case KMessageBox::Yes: { bool local = true; if (Project::ref()->hasProject() && p_toolbar->url.url().startsWith(Project::ref()->projectBaseURL().url())) local = false; if (!saveToolbar(local, p_toolbar->id)) return false; break; } case KMessageBox::Continue: { bool local = true; if (Project::ref()->hasProject() && p_toolbar->url.url().startsWith(Project::ref()->projectBaseURL().url())) local = false; if (!saveToolbar(local, p_toolbar->id, p_toolbar->url)) return false; break; } case KMessageBox::No: { useToolbarGUI = false; break; } case KMessageBox::Cancel: return false; } } guiFactory()->removeClient(toolbarGUI); delete p_toolbar->menu; //unplug the actions and remove them if they are not used in other places if (useToolbarGUI) nodeList = toolbarGUI->domDocument().elementsByTagName("Action"); else nodeList = p_toolbar->dom->elementsByTagName("Action"); for (uint i = 0; i < nodeList.count(); i++) { action = actionCollection()->action(nodeList.item(i).toElement().attribute("name").ascii()); if (action && !action->isPlugged()) { if (dynamic_cast(action) && !dynamic_cast(action)->isModified()) { //take out the action from every toolbar's xmlguiclient //this avoid a crash when removing a toolbar TQDictIterator it(m_toolbarList); while (it.current()) { it.current()->guiClient->actionCollection()->take(action); ++it; } delete action; } } } delete p_toolbar->dom; delete p_toolbar->guiClient; m_toolbarList.remove(name); } } slotToggleDTDToolbar(!allToolbarsHidden()); emit toolbarRemoved(name); return true; } /** Show or hide the DTD toolbar */ void QuantaApp::slotToggleDTDToolbar(bool show) { if (show) { ToolbarTabWidget::ref()->show(); } else { ToolbarTabWidget::ref()->hide(); } qConfig.enableDTDToolbar = show; if (ViewManager::ref()->activeView()) ViewManager::ref()->activeView()->refreshWindow(); } void QuantaApp::slotRefreshActiveWindow() { //FIXME: Find a good way to redraw the editor view when the toolbar height //changes // if (ViewManager::ref()->activeView()) //ViewManager::ref()->activeView()->activated(); } void QuantaApp::slotShowGroupsForDTEP(const TQString& dtepName, bool show) { Document *w = ViewManager::ref()->activeDocument(); if (w) { if (dtepName == "clear") { w->resetGroupsForDTEPList(); } else { w->enableGroupsForDTEP(dtepName, show); } w->setChanged(true); reparse(false); } } KURL QuantaApp::projectBaseURL() const { return Project::ref()->projectBaseURL(); } void QuantaApp::slotBuildPrjToolbarsMenu() { static bool buildInProgress = false; if (buildInProgress) return; KURL::List toolbarList; if (Project::ref()->hasProject()) { buildInProgress = true; toolbarList = QExtFileInfo::allFiles(Project::ref()->toolbarURL(), "*"+toolbarExtension, this); buildInProgress = false; projectToolbarFiles->setMaxItems(toolbarList.count()); for (uint i = 0; i < toolbarList.count(); i++) { projectToolbarFiles->addURL(toolbarList[i]); } } else { projectToolbarFiles->clearURLList(); } } /** Returns the project (if there is one loaded) or global default encoding. */ TQString QuantaApp::defaultEncoding() { TQString encoding = qConfig.defaultEncoding; if (Project::ref()->hasProject()) { encoding = Project::ref()->defaultEncoding(); } return encoding.lower(); } void QuantaApp::slotGetUserToolbarFiles(KURL::List *list) { ToolbarEntry *p_toolbar; TQDictIterator iter(m_toolbarList); for( ; iter.current(); ++iter ) { p_toolbar = iter.current(); if (p_toolbar->user && p_toolbar->visible) { list->append(p_toolbar->url); } } } ToolbarEntry *QuantaApp::toolbarByURL(const KURL& url) { ToolbarEntry *p_toolbar = 0L; TQDictIterator iter(m_toolbarList); for( ; iter.current(); ++iter ) { p_toolbar = iter.current(); if (p_toolbar->url == url) { return p_toolbar; } } return 0L; } /** Returns true if all toolbars are hidden, false otherwise. */ bool QuantaApp::allToolbarsHidden() const { bool result = true; showDTDToolbar->setEnabled(false); ToolbarEntry *p_toolbar = 0L; TQDictIterator iter(m_toolbarList); for( ; iter.current(); ++iter ) { p_toolbar = iter.current(); if (p_toolbar->visible) { showDTDToolbar->setEnabled(true); result = false; break; } } if (!showDTDToolbar->isChecked()) result = true; return result; } void QuantaApp::slotLoadDTEP() { TQString dirName = KFileDialog::getExistingDirectory(TQString(), 0, i18n("Select DTEP Directory")); if (!dirName.isEmpty()) { DTDs::ref()->slotLoadDTEP(dirName, true); } } TQString QuantaApp::createDTEPTarball() { Document *w = ViewManager::ref()->activeDocument(); if (w) { TQStringList lst(DTDs::ref()->nickNameList()); TQString nickName = DTDs::ref()->getDTDNickNameFromName(w->getDTDIdentifier()); bool ok = false; TQString res = KInputDialog::getItem( i18n( "Send DTD" ), i18n( "Please select a DTD:" ), lst, lst.findIndex(nickName), false, &ok, this ); if (!ok) return TQString(); TQString dtdName = DTDs::ref()->getDTDNameFromNickName(res); TQString prefix="quanta"; KTempDir* tempDir = new KTempDir(tmpDir); tempDir->setAutoDelete(true); tempDirList.append(tempDir); TQString tempFileName=tempDir->name() +"/"+ DTDs::ref()->getDTDNickNameFromName(dtdName).replace(TQRegExp("\\s|\\."), "_") + ".tgz"; //pack the .tag files and the description.rc into a .tgz file KTar tar(tempFileName, "application/x-gzip"); tar.open(IO_WriteOnly); KURL dirURL; dirURL.setPath(DTDs::ref()->find(dtdName)->fileName); dirURL.setPath(dirURL.directory(false)); KURL::List files = QExtFileInfo::allFilesRelative(dirURL, "*", this); for ( KURL::List::Iterator it_f = files.begin(); it_f != files.end(); ++it_f ) { TQString name = (*it_f).fileName(); TQFile file(dirURL.path()+name); file.open(IO_ReadOnly); TQByteArray bArray = file.readAll(); tar.writeFile(dirURL.fileName()+"/"+name, "user", "group", bArray.size(), bArray.data()); file.close(); } tar.close(); return tempFileName; } return TQString(); } void QuantaApp::slotEmailDTEP() { Document *w = ViewManager::ref()->activeDocument(); if (w) { TQString tempFileName = createDTEPTarball(); if (tempFileName.isNull()) return; TQStringList dtdFile; dtdFile += tempFileName; TagMailDlg *mailDlg = new TagMailDlg( this, i18n("Send DTEP in Email").ascii()); TQString toStr; TQString message = i18n("Hi,\n This is a Quanta Plus [http://quanta.tdewebdev.org] DTEP definition tarball.\n\nHave fun.\n"); TQString titleStr; TQString subjectStr; mailDlg->TitleLabel->setText(i18n("Content:")); /* mailDlg->titleEdit->setFixedHeight(60); mailDlg->titleEdit->setVScrollBarMode(TQTextEdit::Auto); mailDlg->titleEdit->setHScrollBarMode(TQTextEdit::Auto);*/ if ( mailDlg->exec() ) { if ( !mailDlg->lineEmail->text().isEmpty()) { toStr = mailDlg->lineEmail->text(); subjectStr = (mailDlg->lineSubject->text().isEmpty())?i18n("Quanta Plus DTD"):mailDlg->lineSubject->text(); if ( !mailDlg->titleEdit->text().isEmpty()) message = mailDlg->titleEdit->text(); } else { KMessageBox::error(this,i18n("No destination address was specified.\n Sending is aborted."),i18n("Error Sending Email")); delete mailDlg; return; } kapp->invokeMailer(toStr, TQString(), TQString(), subjectStr, message, TQString(), dtdFile); } delete mailDlg; } } void QuantaApp::slotDownloadDTEP() { if (!m_newDTEPStuff) m_newDTEPStuff = new QNewDTEPStuff("quanta/dtep", this); m_newDTEPStuff->downloadResource(); } void QuantaApp::slotUploadDTEP() { TQString tempFileName = createDTEPTarball(); if (tempFileName.isNull()) return; if (!m_newDTEPStuff) m_newDTEPStuff = new QNewDTEPStuff("quanta/dtep", this); // tempDirList.append(m_newDTEPStuff->uploadResource(tempFileName)); m_newDTEPStuff->uploadResource(tempFileName); } void QuantaApp::slotSmartTagInsertion() { KAction *action = actionCollection()->action("smart_tag_insertion"); if(!action) return; if(!ViewManager::ref()->activeDocument() || !ViewManager::ref()->activeView() || ViewManager::ref()->activeDocument()->defaultDTD()->name.contains("HTML", false) == 0) { KMessageBox::error(this, "Smart Tag Insertion is available only for (X)HTML for the moment."); qConfig.smartTagInsertion = false; (static_cast(action))->setChecked(false); return; } qConfig.smartTagInsertion = (static_cast(action))->isChecked(); } void QuantaApp::slotDownloadTemplate() { if (!m_newTemplateStuff) m_newTemplateStuff = new QNewTemplateStuff("quanta/template", this); m_newTemplateStuff->downloadResource(); } void QuantaApp::slotUploadTemplate(const TQString &fileName) { if (!m_newTemplateStuff) m_newTemplateStuff = new QNewTemplateStuff("quanta/template", this); // tempDirList.append(m_newTemplateStuff->uploadResource(fileName)); m_newTemplateStuff->uploadResource(fileName); } void QuantaApp::slotDownloadScript() { if (!m_newScriptStuff) m_newScriptStuff = new QNewScriptStuff("quanta/script", this); m_newScriptStuff->downloadResource(); } void QuantaApp::slotUploadScript(const TQString &fileName) { if (!m_newScriptStuff) m_newScriptStuff = new QNewScriptStuff("quanta/script", this); // tempDirList.append(m_newScriptStuff->uploadResource(fileName)); m_newScriptStuff->uploadResource(fileName); } void QuantaApp::slotDownloadDoc() { if (!m_newDocStuff) { m_newDocStuff = new QNewDocStuff("quanta/documentation", this); connect(m_newDocStuff, TQT_SIGNAL(installFinished()), dTab, TQT_SLOT(slotRefreshTree())); } m_newDocStuff->downloadResource(); } void QuantaApp::slotCodeFormatting() { QuantaView *view = ViewManager::ref()->activeView(); if(!view || !view->document() || (view->currentViewsLayout() != QuantaView::SourceOnly && view->hadLastFocus() == QuantaView::VPLFocus)) { KMessageBox::error(this, i18n("Code formatting can only be done in the source view.")); return; } view->document()->docUndoRedo->codeFormatting(); } void QuantaApp::slotDocumentProperties() { documentProperties(false); } void QuantaApp::documentProperties(bool forceInsertionOfMinimalTree) { Document *w = ViewManager::ref()->activeDocument(); if (w) { if (w->defaultDTD()->name.contains("HTML", false) == 0) { KMessageBox::information(this, i18n("The Document Properties Dialog is only for HTML and XHTML.")); return; } htmlDocumentProperties htmlPropsDlg(this, forceInsertionOfMinimalTree); htmlPropsDlg.exec(); w->setModified(true); } } /** Returns the interface number for the currently active editor. */ int QuantaApp::currentEditorIfNum() const { Document *w = ViewManager::ref()->activeDocument(); if (w) { return w->editIf->editInterfaceNumber(); } else { QuantaView * view = ViewManager::ref()->lastActiveEditorView(); if (view) return view->document()->editIf->editInterfaceNumber(); else return 0L; } } TQString QuantaApp::projectURL() const { return Project::ref()->projectBaseURL().url(); } TQStringList QuantaApp::openedURLs() const { TQStringList list; TQPtrListIterator childIt(*m_pDocumentViews); KMdiChildView *view; QuantaView *qView; while ( (view = childIt.current()) != 0 ) { ++childIt; qView = dynamic_cast(view); if (qView) { Document *w = qView->document(); if ( w ) { list.prepend( TQString("%1:%2").arg(w->editIf->editInterfaceNumber()).arg(w->url().url())); } } } return list; } void QuantaApp::slotExpandAbbreviation() { Document *w = ViewManager::ref()->activeDocument(); if (w) { const DTDStruct *dtd = w->currentDTD(); uint line, col; w->viewCursorIf->cursorPositionReal(&line, &col); TQString text = w->text(line, 0, line, col - 1); text = w->findWordRev(text) + " "; TQString textToInsert; TQMap::ConstIterator it; for (it = qConfig.abbreviations.constBegin(); it != qConfig.abbreviations.constEnd(); ++it) { bool found = false; Abbreviation abbrev = it.data(); if (abbrev.dteps.contains(dtd->name)) { TQMap::ConstIterator it2; for (it2 = abbrev.abbreviations.constBegin(); it2 != abbrev.abbreviations.constEnd(); ++it2) { if (it2.key().startsWith(text)) { textToInsert = it2.data(); found = true; break; } } } if (found) break; } if (!textToInsert.isEmpty()) { w->activateParser(false); w->editIf->removeText(line, col - text.length() + 1, line, col); w->activateParser(true); col -= (text.length() - 1); int pos = textToInsert.find('|'); if (pos != -1) { text = textToInsert.left(pos); if (text.contains('\n')) { line += text.contains('\n'); col = text.length() - text.findRev('\n') - 1; } else { col += pos; } } textToInsert.replace('|',""); w->insertText(textToInsert, false); w->viewCursorIf->setCursorPositionReal(line, col); } } } void QuantaApp::slotUploadFile(QuantaView *view) { if (!view) view = ViewManager::ref()->activeView(); bool quick = true; if (KMessageBox::questionYesNo(this, i18n("Do you want to review the upload?"), i18n("Enable Quick Upload"), i18n("Review"), i18n("Do Not Review"), "EnableQuickUpload") == KMessageBox::Yes) quick = false; Project::ref()->slotUploadURL(view->document()->url(), "", quick, false); } void QuantaApp::slotUploadOpenedFiles() { } void QuantaApp::slotDeleteFile(QuantaView *view) { if (!view) view = ViewManager::ref()->activeView(); Document *w = view->document(); KURL url = w->url(); bool modified = w->isModified(); w->setModified(false); //don't ask for save if (QuantaNetAccess::del(url, this, true)) { ViewManager::ref()->removeView(view); } else w->setModified(modified); } bool QuantaApp::structTreeVisible() const { return StructTreeView::ref()->isVisible(); } TQStringList QuantaApp::tagAreas(const TQString &tag, bool includeCoordinates, bool skipFoundContent) const { Document *w = ViewManager::ref()->activeDocument(); if (w) return w->tagAreas(tag, includeCoordinates, skipFoundContent); else return TQStringList(); } TQString QuantaApp::documentFolderForURL(const TQString &url) { KURL u = KURL::fromPathOrURL(url); return Project::ref()->documentFolderForURL(u).url(); } TQString QuantaApp::urlWithPreviewPrefix(const TQString &url) { KURL u = KURL::fromPathOrURL(url); return Project::ref()->urlWithPrefix(u).url(); } void QuantaApp::addFileToProject(const TQString &url) { if (Project::ref()->hasProject()) { Project::ref()->slotInsertFile(KURL::fromPathOrURL(url)); } } void QuantaApp::addFolderToProject(const TQString &url) { if (Project::ref()->hasProject()) { Project::ref()->slotAddDirectory(KURL::fromPathOrURL(url), true); } } void QuantaApp::uploadURL(const TQString &url, const TQString& profile, bool markOnly) { if (Project::ref()->hasProject()) { Project::ref()->slotUploadURL(url, profile, true, markOnly); } } void QuantaApp::slotAutosaveTimer() { m_config->reparseConfiguration(); TQPtrListIterator childIt(*m_pDocumentViews); KMdiChildView *view; QuantaView *qView; while ( (view = childIt.current()) != 0 ) { ++childIt; qView = dynamic_cast(view); if (qView) { Document *w = qView->document(); if ( w ) { w->createBackup(m_config); } } } } /** Get script output */ void QuantaApp::slotGetScriptOutput(KProcess* ,char* buf,int buflen) { TQCString tmp( buf, buflen + 1 ); m_scriptOutput = TQString(); m_scriptOutput = TQString::fromLocal8Bit(tmp).remove(" "); } /** Get script error*/ void QuantaApp::slotGetScriptError(KProcess* ,char* buf,int buflen) { //TODO: Implement some error handling? Q_UNUSED(buf); Q_UNUSED(buflen); } /** Notify when process exits*/ void QuantaApp::slotProcessExited(KProcess* process) { slotProcessTimeout(); delete process; } /** Timeout occurred while waiting for some network function to return. */ void QuantaApp::slotProcessTimeout() { if (m_loopStarted) { tqApp->exit_loop(); m_loopStarted = false; } } void QuantaApp::slotActivePartChanged(KParts::Part * part) { if (m_oldKTextEditor && part) // if part == 0L the pointer m_oldKTextEditor is not useable { guiFactory()->removeClient(m_oldKTextEditor); m_oldKTextEditor = 0L; } createGUI(part); TQWidget * activeWid = m_partManager->activeWidget(); if ( activeWid && activeWid->inherits("KTextEditor::View")) { m_oldKTextEditor = dynamic_cast(activeWid); if (m_oldKTextEditor) guiFactory()->addClient(m_oldKTextEditor); } } void QuantaApp::slotConvertCase() { Document *w = ViewManager::ref()->activeDocument(); if (w) { w->convertCase(); } } void QuantaApp::slotReloadStructTreeView(bool groupOnly) { Document *w = ViewManager::ref()->activeDocument(); if (StructTreeView::ref()->isVisible() && w) { StructTreeView::ref()->setParsingDTDs(w->groupsForDTEPs()); int expandLevel = qConfig.expandLevel; if (expandLevel == 0) expandLevel = 40; StructTreeView::ref()->slotReparse(w, baseNode, expandLevel, groupOnly); } else StructTreeView::ref()->slotReparse(0L, 0L, 0); //delete the tree if (!groupOnly && w) { m_annotationOutput->clearAnnotations(); w->clearAnnotations(); Node *node = baseNode; while (node) { if (node->tag->type == Tag::Comment) { Node *n = node; if (node->child) { n = node->child; } Tag *commentTag = n->tag; TQString text = commentTag->tagStr(); int pos = text.find("@annotation"); if (pos != -1) { pos += 11; TQString receiver; if (text[pos] == '(') { int p = pos; pos = text.find(')'); if (pos != -1) { receiver = text.mid(p + 1, pos - p - 1); pos += 2; } } else pos++; text = text.mid(pos).stripWhiteSpace(); int l, c; if (n->next) n->next->tag->beginPos(l, c); else n->tag->endPos(l, c); commentTag->write()->addAnnotation(l, tqMakePair(text, receiver)); } } node = node->nextSibling(); } } } TQString QuantaApp::saveCurrentFile() { Document *w = ViewManager::ref()->activeDocument(); if (!w) return TQString(); if (w->isModified()) { if ( KMessageBox::questionYesNo(this, i18n("The file must be saved before external preview.\n" "Do you want to save and preview?"), i18n("Save Before Preview"), KStdGuiItem::save(),KStdGuiItem::dontSave(), "AskForSaveBeforePreview") == KMessageBox::Yes) { if (w->isUntitled()) { quantaApp->slotFileSaveAs(); } else { w->save(); } } else { return TQString(); } } KURL url = Project::ref()->urlWithPrefix(w->url()); return url.url(); } void QuantaApp::slotReportBug() { TDEAboutData aboutData( "quanta", I18N_NOOP("Quanta"), QUANTA_VERSION); KBugReport bugReportDlg(this, true, &aboutData); bugReportDlg.exec(); } void QuantaApp::slotNewPart(KParts::Part *newPart, bool setActiv) { m_partManager->addPart(newPart, setActiv); } bool QuantaApp::queryClose() { if (m_quantaInit) return false; //not loaded completely bool canExit = true; if (quantaStarted) { m_config->setGroup("General Options"); TQStringList urlStrList; KURL::List urlList = ViewManager::ref()->openedFiles(); KURL u; for (KURL::List::Iterator it = urlList.begin(); it != urlList.end(); ++it) { KURL u = *it; u.setPass(""); urlStrList += u.url(); } m_config->writePathEntry("List of opened files", urlStrList); TQStringList encodings; TQValueList documents = ViewManager::ref()->openedDocuments(); for (TQValueList::ConstIterator it = documents.constBegin(); it != documents.constEnd(); ++it) { if (!(*it)->isUntitled()) { TQString encoding = defaultEncoding(); KTextEditor::EncodingInterface* encodingIf = dynamic_cast((*it)->doc()); if (encodingIf) encoding = encodingIf->encoding(); if (encoding.isEmpty()) encoding = "utf8"; //final fallback encodings += encoding; } } m_config->writePathEntry("Encoding of opened files", encodings); parser->setParsingEnabled(false); canExit = ViewManager::ref()->closeAll(false); if (canExit) canExit = Project::ref()->queryClose(); if (canExit) canExit = removeToolbars(); parser->setParsingEnabled(true); } if (canExit) { saveOptions(); // kdDebug(24000) << "Quanta will exit" << endl; emit eventHappened("quanta_exit", TQDateTime::currentDateTime().toString(Qt::ISODate), TQString()); } else slotFileNew(); return canExit; } void QuantaApp::saveOptions() { if (m_config) { m_config->setGroup ("General Options"); m_config->writeEntry("Geometry", size()); m_config->writeEntry("Show Toolbar", toolBar("mainToolBar")->isVisible()); m_config->writeEntry("Show DTD Toolbar", showDTDToolbar->isChecked()); m_config->writeEntry("Markup mimetypes", qConfig.markupMimeTypes ); m_config->writeEntry("Script mimetypes", qConfig.scriptMimeTypes ); m_config->writeEntry("Image mimetypes", qConfig.imageMimeTypes ); m_config->writeEntry("Text mimetypes", qConfig.textMimeTypes ); m_config->writeEntry("Capitals for tags", qConfig.tagCase); m_config->writeEntry("Capitals for attr", qConfig.attrCase); m_config->writeEntry("Attribute quotation", qConfig.attrValueQuotation=='"' ? "double":"single"); m_config->writeEntry("Close tag if optional", qConfig.closeOptionalTags); m_config->writeEntry("Close tags", qConfig.closeTags); m_config->writeEntry("Auto completion", qConfig.useAutoCompletion); m_config->writeEntry("Update Closing Tags", qConfig.updateClosingTags); m_config->writeEntry("Replace Accented Chars", qConfig.replaceAccented); m_config->writeEntry("Replace Chars Not In Current Encoding", qConfig.replaceNotInEncoding); m_config->writeEntry("Default encoding", qConfig.defaultEncoding); m_config->writeEntry("Default DTD", qConfig.defaultDocType); m_config->writeEntry("Preview area", qConfig.previewPosition); m_config->writeEntry("Documentation area", qConfig.docPosition); m_config->writeEntry("Smart Tag Insertion", qConfig.smartTagInsertion); m_config->writeEntry("Window layout", qConfig.windowLayout); m_config->writeEntry("Follow Cursor", StructTreeView::ref()->followCursor() ); //If user choose the timer interval, it needs to restart the timer too m_config->writeEntry("Autosave interval", qConfig.autosaveInterval); m_config->writePathEntry("Top folders", fTab->topURLList.toStringList()); TQStringList aliasList; for (KURL::List::Iterator it2 = fTab->topURLList.begin(); it2 != fTab->topURLList.end(); ++it2) { aliasList.append(fTab->topURLAliases[(*it2).url()]); } m_config->writePathEntry("Top folder aliases", aliasList); m_config->writeEntry("Version", QUANTA_VERSION); // version m_config->writeEntry("Close Buttons", qConfig.showCloseButtons); m_config->writeEntry("MDI mode", mdiMode()); m_config->writeEntry("MDI style", qConfig.toolviewTabs); m_config->writeEntry("IconTextMode", ToolbarTabWidget::ref()->iconText()); m_config->deleteGroup("RecentFiles"); fileRecent->saveEntries(m_config); m_config->writeEntry("Show Hidden Files", qConfig.showHiddenFiles); m_config->writeEntry("Save Local Trees", qConfig.saveTrees); m_config->setGroup("Parser options"); m_config->writeEntry("Instant Update", qConfig.instantUpdate); m_config->writeEntry("Show Empty Nodes", qConfig.showEmptyNodes); m_config->writeEntry("Show Closing Tags", qConfig.showClosingTags); m_config->writeEntry("Refresh frequency", qConfig.refreshFrequency); m_config->writeEntry("Expand Level", qConfig.expandLevel); m_config->writeEntry("Show DTD Select Dialog", qConfig.showDTDSelectDialog); manager()->writeConfig(m_config); saveMainWindowSettings(m_config); writeDockConfig(m_config); // save settings of treeviews fTab->saveLayout( m_config, fTab->className() ); ProjectTreeView::ref()->saveLayout(m_config, ProjectTreeView::ref()->className() ); TemplatesTreeView::ref()->saveLayout(m_config, TemplatesTreeView::ref()->className() ); scriptTab->saveLayout(m_config, scriptTab->className() ); m_config->sync(); } } void QuantaApp::statusBarTimeout() { statusBar()->changeItem("", IDS_STATUS); } TQStringList QuantaApp::selectors(const TQString &tag) { return dcopQuanta->selectors(tag); } TQStringList QuantaApp::idSelectors() { return dcopQuanta->idSelectors(); } void QuantaApp::slotEditCurrentTag() { Document *w = ViewManager::ref()->activeDocument(); if (!w) return; if (parser->parsingNeeded()) baseNode = parser->rebuild(w); //avoid reparsing while the dialog is shown typingInProgress = true; slotEnableIdleTimer(false); uint line,col; w->viewCursorIf->cursorPositionReal(&line, &col); Node *node = parser->nodeAt(line, col, false); bool isUnknown = true; TQString tagName; if (node && node->tag) { Tag *tag = new Tag(*node->tag); //create a copy, as a reparse might happen meantime and that would make node (and node->tag) invalid tagName = tag->name; if ( QuantaCommon::isKnownTag(tag->dtd()->name,tagName) ) { isUnknown = false; TQString selection; if (w->selectionIf) selection = w->selectionIf->selection(); TagDialog *dlg = new TagDialog( QuantaCommon::tagFromDTD(tag->dtd(),tagName), tag, selection, ViewManager::ref()->activeView()->baseURL() ); if (dlg->exec()) { w->changeTag(tag, dlg->getAttributes() ); } delete tag; delete dlg; } } if (isUnknown) { const DTDStruct *dtd = w->defaultDTD(); if (dtd->family == Xml) { TQString currentLine = w->editIf->textLine(line); int sPos = currentLine.findRev('<', col); if (sPos != -1) { int ePos = currentLine.find('>', col); if (ePos != -1) { AreaStruct area(line, sPos, line, ePos); Tag *tag = new Tag(area, w, dtd, true); if ( QuantaCommon::isKnownTag(dtd->name, tag->name) ) { isUnknown = false; TQString selection; if (w->selectionIf) selection = w->selectionIf->selection(); TagDialog *dlg = new TagDialog( QuantaCommon::tagFromDTD(dtd, tag->name), tag, selection, ViewManager::ref()->activeView()->baseURL() ); if (dlg->exec()) { w->changeTag(tag, dlg->getAttributes() ); } delete dlg; } delete tag; } } } } typingInProgress = false; slotEnableIdleTimer(true); if (isUnknown) { TQString message = i18n("Unknown tag: %1").arg(tagName); slotStatusMsg( message ); } } void QuantaApp::slotSelectTagArea(Node *node) { int bLine, bCol, eLine, eCol; Tag *tag = node->tag; tag->beginPos(bLine, bCol); if (tag->single || !node->next) { tag->endPos(eLine, eCol); } else if (tag->closingMissing && node->child) { Node *childNode = node->child; while (childNode->child || childNode->next) { if (childNode->next) { childNode = childNode->next; } else { childNode = childNode->child; } } childNode->tag->endPos(eLine, eCol); } else { node->next->tag->endPos(eLine, eCol); } quantaApp->selectArea(bLine, bCol, eLine, eCol + 1); } void QuantaApp::slotSelectTagArea() { Document *w = ViewManager::ref()->activeDocument(); if (!w) return; uint line,col; w->viewCursorIf->cursorPositionReal(&line, &col); Node *node = parser->nodeAt(line, col); slotSelectTagArea(node); } void QuantaApp::slotFrameWizard() { Document *w = ViewManager::ref()->activeDocument(); if (!w) return; TQStringList list = w->tagAreas("frameset", true, true); bool framesetExists = !list.isEmpty(); int bl, bc, el, ec; bl = bc = el = ec = 0; TQStringList l; TQStringList l2; QuantaCommon::normalizeStructure(list[0],l2); if (framesetExists) { l = TQStringList::split('\n',list[0],true); TQStringList coordList = TQStringList::split(',', l[0], true); bl = coordList[0].toInt(); bc = coordList[1].toInt(); el = coordList[2].toInt(); ec = coordList[3].toInt(); l.remove(l.begin()); } FrameWizard dlg(this); if (!w->isUntitled()) { dlg.setSaved(true); } dlg.setMarkupLanguage(w->currentDTD(true)->name); dlg.loadExistingFramesetStructure(l2); if ( dlg.exec() ) { TQString tag = TQString("\n")+dlg.generateFramesetStructure()+TQString("\n"); if (framesetExists) { w->activateParser(false); w->editIf->removeText(bl, bc, el, ec + 1); w->viewCursorIf->setCursorPositionReal((uint)bl, (uint)bc); w->activateParser(true); } w->insertTag(tag); } } /** edit/insert CSS */ void QuantaApp::slotInsertCSS() { Document *w = ViewManager::ref()->activeDocument(); if (!w) return; uint line, col; int bLine, bCol, eLine, eCol; bLine = bCol = eLine = eCol = 0; w->viewCursorIf->cursorPositionReal(&line, &col); if (line == 0 && col == 0) col++; parser->rebuild(w); Node *node = parser->nodeAt(line, col, false); unsigned int lastLine = w->editIf->numLines() - 1; unsigned int lastCol = w->editIf->lineLength(lastLine); Node *styleNode = node; if (styleNode->tag->type == Tag::XmlTagEnd && styleNode->prev) styleNode = styleNode->prev; while (styleNode && styleNode->parent && styleNode->tag->name.lower() != "style" && styleNode->tag->dtd()->name == "text/css") styleNode = styleNode->parent; Node *parentNode = node; if (parentNode->tag->type == Tag::XmlTagEnd && parentNode->prev) parentNode = parentNode->prev; else while (parentNode && parentNode->parent && parentNode->tag->type != Tag::XmlTag) parentNode = parentNode->parent; TQString fullDocument = w->editIf->text().stripWhiteSpace(); if (styleNode->tag->name.lower() == "comment block" && styleNode->parent) { if (styleNode->parent->tag->name.lower() == "style") { styleNode = styleNode->parent; } } if (styleNode && styleNode->tag->name.lower() == "style" && styleNode->next) //inside " + w->text(eLine, eCol+1, lastLine, lastCol)); // ending part of the file styleNode->next->tag->beginPos(eLine, eCol); TQString styleTagContent(w->text(bLine, bCol+1, eLine, eCol-1).remove(""));// block content kdDebug(24000) << "Style tag contains: " << endl << styleTagContent << endl; CSSSelector *dlg = new CSSSelector; dlg->setCallingFrom("XHTML"); TQFileInfo fi(ViewManager::ref()->currentURL()); dlg->setFileToPreview(projectBaseURL().path() + fi.baseName()); dlg->setHeader(header); dlg->setFooter(footer); dlg->loadCSSContent(styleTagContent); if(!dlg->errorOnProcessingStylesheet()) if( dlg->exec() ){ w->activateParser(false); w->editIf->removeText(bLine, bCol+1, eLine, eCol); w->viewCursorIf->setCursorPositionReal((uint)bLine, (uint)bCol+1); w->activateParser(true); w->insertTag( /*"\n\n"*/); } delete dlg; } else if (!node || w->currentDTD(true)->name == "text/css") { kdDebug(24000) << "[CSS editor] This is a pure CSS document" << endl; CSSSelector *dlg = new CSSSelector; dlg->setCallingFrom("CSS"); if (!fullDocument.isEmpty()) dlg->loadCSSContent(fullDocument); dlg->enableApplyToFile(); if(!dlg->errorOnProcessingStylesheet()) if (dlg->exec()) { w->activateParser(false); w->editIf->clear(); w->activateParser(true); w->insertTag(dlg->generateFormattedStyleSection()); } delete dlg; } else if (parentNode && parentNode->tag->type == Tag::XmlTag) { kdDebug(24000) << "[CSS editor] We will add a style attribute to: " << parentNode->tag->name << endl; CSSEditor *dlg = new CSSEditor(this); TQFileInfo fi(ViewManager::ref()->currentURL()); dlg->setFileToPreview(projectBaseURL().path() + fi.baseName(),false); parentNode->tag->beginPos(bLine, bCol); parentNode->tag->endPos(eLine, eCol); dlg->setFooter(">" + w->text(eLine, eCol + 1, lastLine, lastCol)); TQString temp; if (parentNode->tag->hasAttribute("style")) { dlg->setInlineStyleContent(parentNode->tag->attributeValue("style")); Tag tempTag(*(parentNode->tag)); tempTag.deleteAttribute("style"); temp = tempTag.toString(); } else { dlg->setInlineStyleContent(TQString()); temp = parentNode->tag->toString(); } //using TQString::mid sometimes generates strange results; maybe this is due to a (random) blank in temp temp = temp.left(temp.length()-1);//remove > temp = temp.right(temp.length()-1);//remove < dlg->setHeader(w->text(0, 0, bLine, bCol) + temp); dlg->initialize(); if( dlg->exec() ) { w->changeTagAttribute(parentNode->tag, "style", dlg->generateProperties()); } delete dlg; } else KMessageBox::sorry(this, i18n("The CSS Editor cannot be invoked here.\nTry to invoke it on a tag or on a style section.")); } /** for tag */ void QuantaApp::slotTagMail() { Document *w = ViewManager::ref()->activeDocument(); if (!w) return; TagMailDlg *mailDlg = new TagMailDlg( this, i18n("Email Link (mailto)").ascii() ); if ( mailDlg->exec() ) { TQString tag = TQString(QuantaCommon::tagCase("lineEmail->text()).isEmpty()) { tag += QuantaCommon::attrCase(" href=")+qConfig.attrValueQuotation+"mailto:"+mailDlg->lineEmail->text(); if ( !TQString(mailDlg->lineSubject->text()).isEmpty()) tag += "?subject="+KURL::encode_string(mailDlg->lineSubject->text()); tag += qConfig.attrValueQuotation; } if ( !TQString(mailDlg->titleEdit->text()).isEmpty()) tag += QuantaCommon::attrCase(" title=")+qConfig.attrValueQuotation+mailDlg->titleEdit->text()+qConfig.attrValueQuotation; tag += TQString(">"); w->insertTag(tag,QuantaCommon::tagCase("")); } delete mailDlg; } /** Add the starting and closing text for a user specified tag. */ void QuantaApp::slotTagMisc() { Document *w = ViewManager::ref()->activeDocument(); if (!w) return; static TQString element = ""; static bool addClosingTag = true; TagMiscDlg * miscDlg = new TagMiscDlg( this, 0L, addClosingTag, element ); if ( miscDlg->exec() ) { TQString tag; element = miscDlg->elementTagName(); element.remove('<'); element.remove('>'); if ( !element.isEmpty()) { tag += "<" + QuantaCommon::attrCase(element)+">"; if ( (addClosingTag = miscDlg->addClosingTag()) == true) { w->insertTag(tag,QuantaCommon::tagCase( "")); } else { w->insertTag(tag,QuantaCommon::tagCase("")); } } } delete miscDlg; } /** do quick list */ void QuantaApp::slotTagQuickList() { TQString space =" " ; Document *w = ViewManager::ref()->activeDocument(); if (!w) return; TagQuickListDlg *listDlg = new TagQuickListDlg(this,i18n("Generate List").ascii()); if ( listDlg->exec() ) { int i; int n = listDlg->spinBoxRows->value(); TQString tag; if ( listDlg->radioOrdered->isChecked()) tag = TQString("
    \n")+space; else tag = TQString("
      \n")+space; for ( i=0;i \n")+space; else tag += TQString("
    • \n")+space; if ( listDlg->radioOrdered->isChecked()) tag += TQString("
"); else tag += TQString(""); w->insertTag( QuantaCommon::tagCase(tag)); } delete(listDlg); } void QuantaApp::slotTagEditTable() { Document *w = ViewManager::ref()->activeDocument(); if (!w) return; baseNode = parser->rebuild(w); TQStringList list = w->tagAreas("table", true, false); bool tableExists = false; uint line, col; w->viewCursorIf->cursorPositionReal(&line, &col); int bl, bc, el, ec; int bLine, bCol, eLine, eCol; bLine = bCol = eLine = eCol = 0; TQStringList l; TQStringList l2; for (TQStringList::Iterator it = list.begin(); it != list.end(); ++it) { QuantaCommon::normalizeStructure(*it, l2); l = TQStringList::split('\n', *it, true); TQStringList coordList = TQStringList::split(',', l[0], true); bl = coordList[0].toInt(); bc = coordList[1].toInt(); el = coordList[2].toInt(); ec = coordList[3].toInt(); if (QuantaCommon::isBetween(line, col, bl, bc, el, ec) == 0) { tableExists = true; bLine = bl; bCol = bc; eLine = el; eCol = ec; } l.remove(l.begin()); } TableEditor editor; bool tableRead = true; if (tableExists) { editor.setBaseURL(ViewManager::ref()->activeView()->baseURL()); tableRead = editor.setTableArea(bLine, bCol, eLine, eCol, parser); if (!tableRead) { KMessageBox::error(this, i18n("The table structure is invalid. Most probably you forgot to close some tags."), i18n("Cannot Read Table")); } } else { Node *node = parser->nodeAt(line, col); const DTDStruct *dtd = w->defaultDTD(); if (node) dtd = node->tag->dtd(); bLine = line; bCol = col; eLine = line; eCol = col; editor.createNewTable(w, dtd); } if (tableRead && editor.exec()) { TQString tableString = editor.readModifiedTable(); w->activateParser(false); //#ifdef BUILD_KAFKAPART // if(w->editIfExt) // w->editIfExt->editBegin(); //#endif if (eLine != bLine || (eLine == bLine && eCol != bCol)) w->editIf->removeText(bLine, bCol, eLine, eCol + 1); w->viewCursorIf->setCursorPositionReal((uint)bLine, (uint)bCol); w->insertText(tableString, false); //#ifdef BUILD_KAFKAPART // if(w->editIfExt) // w->editIfExt->editEnd(); //#endif w->viewCursorIf->setCursorPositionReal(line, col); reparse(true); } } /** Open color Dialog and insert color in the text */ void QuantaApp::slotTagColor() { Document *w = ViewManager::ref()->activeDocument(); if (!w) return; TQColor color; if (KColorDialog::getColor( color )) { char c[8]; sprintf(c,"#%2X%2X%2X",color.red(),color.green(),color.blue()); for (int i=0;i<7;i++) if (c[i] == ' ') c[i] = '0'; TQString scolor = (char *)c; w->insertTag(scolor); } } /** insert date */ void QuantaApp::slotTagDate() { Document *w = ViewManager::ref()->activeDocument(); if (!w) return; time_t tektime; time( &tektime); TQString stime = ctime( &tektime); w->insertTag( stime); } /** for select form */ void QuantaApp::slotTagSelect() { Document *w = ViewManager::ref()->activeDocument(); if (!w) return; w->insertTag(QuantaCommon::tagCase("