QTime KTimeEdit::getTime() const { //kdDebug(5300) << "KTimeEdit::getTime(), currentText() = " << currentText() << endl; // TODO use KLocale::WithoutSeconds in HEAD bool ok = false; QTime time = KGlobal::locale()->readTime(currentText(), KLocale::WithoutSeconds, &ok); if(!ok) { // Also try to accept times in "military format", i.e. no delimiter, like 1200 int tm = currentText().toInt(&ok); if((0 <= tm) && (tm < 2400) && (tm % 100 < 60) && ok) { time.setHMS(tm / 100, tm % 100, 0); } else { ok = false; } } kdDebug(5300) << "KTimeEdit::getTime(): " << time.toString() << endl; return time; }
/** * Called when the pattern has changed. This method * sets the current pattern to the value chosen. */ void QG_PatternBox::slotPatternChanged(int index) { RS_DEBUG->print("QG_PatternBox::slotPatternChanged %d\n", index); currentPattern = RS_PATTERNLIST->requestPattern(currentText()); if (currentPattern!=NULL) { RS_DEBUG->print("Current pattern is (%d): %s\n", index, currentPattern->getFileName().toLatin1().data()); } emit patternChanged(currentPattern); }
QString QgsFieldExpressionWidget::currentField( bool *isExpression, bool *isValid ) const { QString text = currentText(); if ( isValid ) { *isValid = isValidExpression(); } if ( isExpression ) { *isExpression = this->isExpression(); } return text; }
GeocoordType GeocoordTypeComboBox::getGeocoordType() const { if (currentIndex() != -1) { std::string typeText = currentText().toStdString(); if (typeText.empty() == false) { return StringUtilities::fromDisplayString<GeocoordType>(typeText); } } return GeocoordType(); }
bool CommandComboBox::event(QEvent *e) { if (e->type() == QEvent::ToolTip) { const QString text = currentText(); if (const Core::Command *cmd = command(text)) { const QString tooltip = tr("Activate %1 Pane").arg(text); setToolTip(cmd->stringWithAppendedShortcut(tooltip)); } else { setToolTip(text); } } return QComboBox::event(e); }
void KonqCombo::removeURL( const QString& url ) { setUpdatesEnabled( false ); lineEdit()->setUpdatesEnabled( false ); removeFromHistory( url ); applyPermanent(); setTemporary( currentText() ); setUpdatesEnabled( true ); lineEdit()->setUpdatesEnabled( true ); update(); }
QgsVectorColorRampV2* QgsColorRampComboBox::currentColorRamp() { QString rampName = currentText(); if ( rampName == tr( "Random colors" ) ) { return new QgsRandomColorsV2(); } else if ( rampName == "[source]" && mSourceColorRamp ) return mSourceColorRamp->clone(); else return mStyle->colorRamp( rampName ); }
ModisUtilities::RasterConversionType RasterConversionTypeComboBox::getRasterConversion() const { if (currentIndex() != -1) { std::string typeText = currentText().toStdString(); if (typeText.empty() == false) { return StringUtilities::fromDisplayString<ModisUtilities::RasterConversionType>(typeText); } } return ModisUtilities::RasterConversionType(); }
bool ClassNameValidatingComboBox::isValid() const { const QString baseClass = currentText().trimmed(); if (!baseClass.isEmpty()) { if (!d->m_validator.validate(baseClass)) { d->m_errorMessage = tr("Invalid base class name"); return false; } } d->m_errorMessage.clear(); return true; }
void VBoxDbgConsoleInput::returnPressed() { Assert(m_hGUIThread == RTThreadNativeSelf()); QString strCommand = currentText(); /** @todo trim whitespace? */ if (strCommand.isEmpty()) return; /* deal with the current command. */ emit commandSubmitted(strCommand); /* * Add current command to history. */ bool fNeedsAppending = true; /* invariant: empty line at the end */ int iLastItem = count() - 1; Assert(itemText(iLastItem).isEmpty()); /* have previous command? check duplicate. */ if (iLastItem > 0) { const QString strPrevCommand(itemText(iLastItem - 1)); if (strCommand == strPrevCommand) fNeedsAppending = false; } if (fNeedsAppending) { /* history full? drop the oldest command. */ if (count() == maxCount()) { removeItem(0); --iLastItem; } /* insert before the empty line. */ insertItem(iLastItem, strCommand); } /* invariant: empty line at the end */ int iNewLastItem = count() - 1; Assert(itemText(iNewLastItem).isEmpty()); /* select empty line to present "new" command line to the user */ setCurrentIndex(iNewLastItem); }
void GenreCombo::update(const QSet<QString> &g) { if (count() && g==genres) { return; } QSet<QString> mg=g; mg.remove(QString()); if (mg.count()!=g.count() && count() && mg==genres) { return; } genres=mg; QStringList entries=g.toList(); qSort(entries); entries.prepend(i18n("All Genres")); if (count()==entries.count()) { bool noChange=true; for (int i=0; i<count(); ++i) { if (itemText(i)!=entries.at(i)) { noChange=false; break; } } if (noChange) { return; } } QString currentFilter = currentIndex() ? currentText() : QString(); clear(); addItems(entries); if (0==genres.count()) { setCurrentIndex(0); } else { if (!currentFilter.isEmpty()) { bool found=false; for (int i=1; i<count() && !found; ++i) { if (itemText(i) == currentFilter) { setCurrentIndex(i); found=true; } } if (!found) { setCurrentIndex(0); } } } }
void RComboBox::keyPressEvent(QKeyEvent *e) { timer->stop(); if (completer && completer->popup()->isVisible()) { // The following keys are forwarded by the completer to the widget switch (e->key()) { case Qt::Key_Enter: case Qt::Key_Return: case Qt::Key_Escape: case Qt::Key_Tab: case Qt::Key_Backtab: e->ignore(); return; // Let the completer do default behavior } } if (e->text().length() > 0 && e->text().at(0).isPrint()){ if(this->lineEdit()->selectedText().size() > 0) this->lineEdit()->del(); QString cur = currentText(); int pos = this->lineEdit()->cursorPosition(); cur = cur.left(pos) .append(e->text()) .append(cur.right(cur.length()-pos)); setEditText(cur); this->lineEdit()->setCursorPosition(pos+1); //CustomComboBox::keyPressEvent(e); } else CustomComboBox::keyPressEvent(e); if(currentText().length() < min_chars && completer->popup()->isVisible()) completer->popup()->close(); this->lineEdit()->deselect(); timer->start(timeout); }
void hashBox::setupHashes(QList<int> nids) { QString md = currentText(); if (!wanted_md.isEmpty()) md = wanted_md; clear(); for (unsigned i=0; i<ARRAY_SIZE(hashalgos); i++) { if (nids.contains(hashalgos[i].md->type)) { addItem(QString(hashalgos[i].name)); } } setDefaultHash(); setCurrentString(md); }
//! Slot called when QComboBox has changed void QgsScaleComboBox::fixupScale() { QStringList txtList = currentText().split( ':' ); bool userSetScale = txtList.size() != 2; bool ok; double newScale = toDouble( currentText(), &ok ); // Valid string representation if ( ok ) { // if a user types scale = 2345, we transform to 1:2345 if ( userSetScale && newScale >= 1.0 ) { newScale = 1 / newScale; } setScale( newScale ); } else { setScale( mScale ); } }
void DictionaryComboBox::setCurrentByDictionaryName( const QString & name ) { if ( name.isEmpty() || name == currentText() ) return; int idx = findText( name ); if ( idx == -1 ) { kDebug() << "name not found" << name; return; } setCurrentIndex( idx ); d->slotDictionaryChanged( idx ); }
void OCompletionBox::down() { int i = currentItem(); if ( i == 0 && d->down_workaround ) { d->down_workaround = false; setCurrentItem( 0 ); setSelected( 0, true ); emit highlighted( currentText() ); } else if ( i < (int) count() - 1 ) setCurrentItem( i + 1 ); }
// going down in the history, no rotation possible. Last item will be // the text that was in the lineedit before Up was called. void KHistoryComboBox::rotateDown() { // save the current text in the lineedit if ( d->myIterateIndex == -1 ) d->myText = currentText(); --d->myIterateIndex; const QString currText = currentText(); // skip duplicates/empty items while ( d->myIterateIndex >= 0 && (currText == itemText( d->myIterateIndex ) || itemText( d->myIterateIndex ).isEmpty()) ) --d->myIterateIndex; if ( d->myIterateIndex < 0 ) { if ( d->myRotated && d->myIterateIndex == -2 ) { d->myRotated = false; d->myIterateIndex = count() - 1; setEditText( itemText(d->myIterateIndex) ); } else { // bottom of history if ( d->myIterateIndex == -2 ) { KNotification::event( "Textcompletion: No Match" , i18n("No further items in the history."), QPixmap() , this, KNotification::DefaultEvent); } d->myIterateIndex = -1; if ( currentText() != d->myText ) setEditText( d->myText ); } } else { setCurrentIndex(d->myIterateIndex); } }
QString QgsFieldExpressionWidget::currentField( bool *isExpression, bool *isValid ) const { QString text = currentText(); bool valueIsExpression = this->isExpression(); if ( isValid ) { // valid if not an expression (ie, set to a field), or set to an expression and expression is valid *isValid = !valueIsExpression || isValidExpression(); } if ( isExpression ) { *isExpression = valueIsExpression; } return text; }
QString MyComboBox::getComboText() const { QString text = currentText(); if (!text.isEmpty()) { int index = currentIndex(); if ((index == -1) || (itemText(index) != text)) { MyStringListModel* m = qobject_cast<MyStringListModel*>(model()); if (m) m->checkString(text); } } return text; }
void ValueSlider:: editingFinished() { QString text = currentText(); if (text == valueAsString(true)) return; bool ok = false; qreal v = text.toDouble(&ok); if (!ok) v = value(); setValue( v ); }
void KFileFilterCombo::setMimeFilter(const QStringList &types, const QString &defaultType) { clear(); filters.clear(); QString delim = QString::fromLatin1(", "); d->hasAllSupportedFiles = false; m_allTypes = defaultType.isEmpty() && (types.count() > 1); QString allComments, allTypes; int i = 0; for(QStringList::ConstIterator it = types.begin(); it != types.end(); ++it, ++i) { if(m_allTypes && it != types.begin()) { allComments += delim; allTypes += ' '; } kdDebug(kfile_area) << *it << endl; KMimeType::Ptr type = KMimeType::mimeType(*it); filters.append(type->name()); if(m_allTypes) { allTypes += type->name(); allComments += type->comment(); } insertItem(type->comment()); if(type->name() == defaultType) setCurrentItem(i); } if(m_allTypes) { if(i < 3) // show the mime-comments of at max 3 types insertItem(allComments, 0); else { insertItem(i18n("All Supported Files"), 0); d->hasAllSupportedFiles = true; } filters.prepend(allTypes); } d->lastFilter = currentText(); d->isMimeFilter = true; }
void MainWindow::onExportData() { // 判断有无导出路径; auto comboBox_exportPaths = this->findChild<QComboBox *>(tr("comboBox_exportPaths")); const auto &exportPath = comboBox_exportPaths->currentText(); if (exportPath.isEmpty()) { QMessageBox::information(NULL, "information", "Please set export path first!", QMessageBox::Yes, QMessageBox::Yes); return; } DataTree *tree = this->findChild<DataTree *>(tr("treeWidget")); tree->exportData(exportPath); QMessageBox::information(NULL, "information", "export done", QMessageBox::Yes, QMessageBox::Yes); }
QString KFileFilterCombo::currentFilter() const { QString f = currentText(); if (f == text(currentItem())) { // user didn't edit the text f = *filters.at(currentItem()); if ( d->isMimeFilter || (currentItem() == 0 && d->hasAllSupportedFiles) ) { return f; // we have a mimetype as filter } } int tab = f.find('|'); if (tab < 0) return f; else return f.left(tab); }
const EVP_MD *hashBox::currentHash() { switch(key_type) { case EVP_PKEY_DSA: return EVP_dss1(); case EVP_PKEY_EC: return EVP_ecdsa(); default: QString hash = currentText(); for (unsigned i=0; i<ARRAY_SIZE(hashalgos); i++) { if (hash == hashalgos[i].name) return hashalgos[i].md; } } return hashalgos[1].md; /* SHA1 as fallback */ }
void QgsFieldExpressionWidget::editExpression() { QString currentExpression = currentText(); QgsVectorLayer* vl = layer(); QgsExpressionBuilderDialog dlg( vl, currentExpression ); if ( !mDa.isNull() ) { dlg.setGeomCalculator( *mDa ); } dlg.setWindowTitle( mExpressionDialogTitle ); if ( dlg.exec() ) { QString newExpression = dlg.expressionText(); setField( newExpression ); } }
void CurveCmb::slotComboCurve(bool toggle) { if (toggle) { setEnabled(true); if (currentText().isEmpty()) { for (int index = 0; index < count(); index++) { if (text(index) == DefaultCurveName) { setCurrentItem(index); break; } } } } }
void QSolventBox::solventIndexChanged(int arg) { if (currentText()=="Custom") { qDebug() << "Changed to custom."; QString fileName = QFileDialog::getOpenFileName(this,tr("Open Solvent Reference"), (ActiveDir==NULL ? "C:/" : ActiveDir->value("CURRENT_RAMAN_DIR").toString())); if(!fileName.isEmpty()) { if (ActiveDir!=NULL) ActiveDir->setValue("CURRENT_RAMAN_DIR",GetCurrentDir(fileName)); Map["Custom"] = fileName; } else { disconnect(this,SIGNAL(currentIndexChanged(int)),this,SLOT(solventIndexChanged(int))); setCurrentIndex(0); connect(this,SIGNAL(currentIndexChanged(int)),this,SLOT(solventIndexChanged(int))); } }
std::string SwordFuncs::parseInput(char *input) { std::string str = input; if (str.compare(0, 2, "??") == 0) { std::cout << "perform global search" << std::endl; } else if (str.compare(0, 1, "?") == 0) { std::cout << "perform search within module" << std::endl; } else if (str.compare(0, 1, "!") == 0) { std::string mod = str.substr(1); trim(mod); SetModule(mod); } else if (str.empty()) { if (vkey.isTraversable()) { vkey++; } } else { return lookup(str); } return currentText(); }
void QgsScaleComboBox::updateScales( const QStringList &scales ) { QStringList myScalesList; QString oldScale = currentText(); if ( scales.isEmpty() ) { QSettings settings; QString myScales = settings.value( "Map/scales", PROJECT_SCALES ).toString(); if ( !myScales.isEmpty() ) { myScalesList = myScales.split( ',' ); } } else { QStringList::const_iterator scaleIt = scales.constBegin(); for ( ; scaleIt != scales.constEnd(); ++scaleIt ) { myScalesList.append( *scaleIt ); } } QStringList parts; double denominator; bool ok; for ( int i = 0; i < myScalesList.size(); ++i ) { parts = myScalesList[ i ] .split( ':' ); denominator = QLocale::system().toDouble( parts[1], &ok ); if ( ok ) { myScalesList[ i ] = toString( 1.0 / denominator ); } } blockSignals( true ); clear(); addItems( myScalesList ); setScaleString( oldScale ); blockSignals( false ); }
void QgsLayoutItemLabel::contentChanged() { switch ( mMode ) { case ModeHtml: { const QString textToDraw = currentText(); //mHtmlLoaded tracks whether the QWebPage has completed loading //its html contents, set it initially to false. The loadingHtmlFinished slot will //set this to true after html is loaded. mHtmlLoaded = false; const QUrl baseUrl = QUrl::fromLocalFile( mLayout->project()->absoluteFilePath() ); mWebPage->mainFrame()->setHtml( textToDraw, baseUrl ); //For very basic html labels with no external assets, the html load will already be //complete before we even get a chance to start the QEventLoop. Make sure we check //this before starting the loop if ( !mHtmlLoaded ) { //Setup event loop and timeout for rendering html QEventLoop loop; //Connect timeout and webpage loadFinished signals to loop connect( mWebPage.get(), &QWebPage::loadFinished, &loop, &QEventLoop::quit ); // Start a 20 second timeout in case html loading will never complete QTimer timeoutTimer; timeoutTimer.setSingleShot( true ); connect( &timeoutTimer, &QTimer::timeout, &loop, &QEventLoop::quit ); timeoutTimer.start( 20000 ); // Pause until html is loaded loop.exec( QEventLoop::ExcludeUserInputEvents ); } break; } case ModeFont: break; } }