List of usage examples for java.util EnumSet noneOf
public static <E extends Enum<E>> EnumSet<E> noneOf(Class<E> elementType)
From source file:org.dcm4che3.tool.unvscp.UnvSCP.java
private static void configureTransferCapability(UnvSCP main, CommandLine cl) throws IOException { ApplicationEntity ae = main.ae;//www .j a va 2s . c o m EnumSet<QueryOption> queryOptions = cl.hasOption("relational") ? EnumSet.of(QueryOption.RELATIONAL) : EnumSet.noneOf(QueryOption.class); boolean storage = !cl.hasOption("no-storage") && main.isWriteable(); if (storage && cl.hasOption("all-storage")) { TransferCapability tc = new TransferCapability(null, "*", TransferCapability.Role.SCP, "*"); tc.setQueryOptions(queryOptions); ae.addTransferCapability(tc); } else { ae.addTransferCapability(new TransferCapability(null, UID.VerificationSOPClass, TransferCapability.Role.SCP, UID.ImplicitVRLittleEndian)); Properties storageSOPClasses = CLIUtils.loadProperties( cl.getOptionValue("storage-sop-classes", "resource:storage-sop-classes.properties"), null); if (storage) addTransferCapabilities(ae, storageSOPClasses, TransferCapability.Role.SCP, null); if (!cl.hasOption("no-retrieve")) { addTransferCapabilities(ae, storageSOPClasses, TransferCapability.Role.SCU, null); Properties p = CLIUtils.loadProperties( cl.getOptionValue("retrieve-sop-classes", "resource:retrieve-sop-classes.properties"), null); addTransferCapabilities(ae, p, TransferCapability.Role.SCP, queryOptions); } if (!cl.hasOption("no-query")) { Properties p = CLIUtils.loadProperties( cl.getOptionValue("query-sop-classes", "resource:query-sop-classes.properties"), null); addTransferCapabilities(ae, p, TransferCapability.Role.SCP, queryOptions); } } if (storage && !main.isUrl) main.openDicomDir(); else main.openDicomDirForReadOnly(); }
From source file:org.apache.openjpa.persistence.EntityManagerImpl.java
/** * Convert the given value to a value consumable by OpenJPA kernel constructs. *///ww w .j a v a 2 s. co m Object convertUserValue(String key, Object value, Class<?> targetType) { if (JPAProperties.isValidKey(key)) return JPAProperties.convertToKernelValue(targetType, key, value); if (value instanceof String) { if ("null".equals(value)) { return null; } else { String val = (String) value; int parenIndex = val.indexOf('('); if (!String.class.equals(targetType) && (parenIndex > 0)) { val = val.substring(0, parenIndex); } return Strings.parse(val, targetType); } } else if (value instanceof AutoDetachType) { EnumSet<AutoDetachType> autoDetachFlags = EnumSet.noneOf(AutoDetachType.class); autoDetachFlags.add((AutoDetachType) value); return autoDetachFlags; } else if (value instanceof AutoDetachType[]) { EnumSet<AutoDetachType> autoDetachFlags = EnumSet.noneOf(AutoDetachType.class); autoDetachFlags.addAll(Arrays.asList((AutoDetachType[]) value)); return autoDetachFlags; } return value; }
From source file:org.apache.hadoop.fs.azure.AzureNativeFileSystemStore.java
/** * This private method uses the root directory or the original container to * list blobs under the directory or container depending on whether the * original file system object was constructed with a short- or long-form URI. * If the root directory is non-null the URI in the file constructor was in * the long form./*from w ww . ja v a 2s. co m*/ * * @param includeMetadata * if set, the listed items will have their metadata populated * already. * * @returns blobItems : iterable collection of blob items. * @throws URISyntaxException * */ private Iterable<ListBlobItem> listRootBlobs(boolean includeMetadata) throws StorageException, URISyntaxException { return rootDirectory.listBlobs(null, false, includeMetadata ? EnumSet.of(BlobListingDetails.METADATA) : EnumSet.noneOf(BlobListingDetails.class), null, getInstrumentedContext()); }
From source file:org.apache.hadoop.fs.azure.AzureNativeFileSystemStore.java
/** * This private method uses the root directory or the original container to * list blobs under the directory or container given a specified prefix for * the directory depending on whether the original file system object was * constructed with a short- or long-form URI. If the root directory is * non-null the URI in the file constructor was in the long form. * //from www .java 2s.c o m * @param aPrefix * : string name representing the prefix of containing blobs. * @param includeMetadata * if set, the listed items will have their metadata populated * already. * * @returns blobItems : iterable collection of blob items. * @throws URISyntaxException * */ private Iterable<ListBlobItem> listRootBlobs(String aPrefix, boolean includeMetadata) throws StorageException, URISyntaxException { Iterable<ListBlobItem> list = rootDirectory.listBlobs(aPrefix, false, includeMetadata ? EnumSet.of(BlobListingDetails.METADATA) : EnumSet.noneOf(BlobListingDetails.class), null, getInstrumentedContext()); return list; }
From source file:org.apache.accumulo.proxy.ProxyServer.java
private EnumSet<IteratorScope> getIteratorScopes(Set<org.apache.accumulo.proxy.thrift.IteratorScope> scopes) { EnumSet<IteratorScope> scopes_ = EnumSet.noneOf(IteratorScope.class); for (org.apache.accumulo.proxy.thrift.IteratorScope scope : scopes) { scopes_.add(getIteratorScope(scope)); }//from ww w .j av a 2s .co m return scopes_; }
From source file:org.apache.accumulo.proxy.ProxyServer.java
private EnumSet<org.apache.accumulo.proxy.thrift.IteratorScope> getProxyIteratorScopes( Set<IteratorScope> scopes) { EnumSet<org.apache.accumulo.proxy.thrift.IteratorScope> scopes_ = EnumSet .noneOf(org.apache.accumulo.proxy.thrift.IteratorScope.class); for (IteratorScope scope : scopes) { scopes_.add(org.apache.accumulo.proxy.thrift.IteratorScope.valueOf(scope.toString().toUpperCase())); }// w ww . j a v a 2 s .c o m return scopes_; }
From source file:com.openkm.cmis.CmisRepository.java
/** * Compiles the allowable actions for a folder or document. *///ww w . j a v a 2 s .co m private AllowableActions compileAllowableActions(Node node) { boolean isRoot = ROOT_ID.equals(node.getPath()); Set<Action> aas = EnumSet.noneOf(Action.class); addAction(aas, Action.CAN_GET_OBJECT_PARENTS, !isRoot); addAction(aas, Action.CAN_GET_PROPERTIES, true); addAction(aas, Action.CAN_UPDATE_PROPERTIES, checkPermission(node, Permission.WRITE)); addAction(aas, Action.CAN_MOVE_OBJECT, checkPermission(node, Permission.WRITE) && !isRoot); addAction(aas, Action.CAN_DELETE_OBJECT, checkPermission(node, Permission.DELETE) && !isRoot); addAction(aas, Action.CAN_GET_ACL, true); if (node instanceof Folder) { addAction(aas, Action.CAN_GET_DESCENDANTS, true); addAction(aas, Action.CAN_GET_CHILDREN, true); addAction(aas, Action.CAN_GET_FOLDER_PARENT, !isRoot); addAction(aas, Action.CAN_GET_FOLDER_TREE, true); addAction(aas, Action.CAN_CREATE_DOCUMENT, checkPermission(node, Permission.WRITE)); addAction(aas, Action.CAN_CREATE_FOLDER, checkPermission(node, Permission.WRITE)); addAction(aas, Action.CAN_DELETE_TREE, checkPermission(node, Permission.DELETE)); } else { addAction(aas, Action.CAN_GET_CONTENT_STREAM, true); addAction(aas, Action.CAN_SET_CONTENT_STREAM, checkPermission(node, Permission.WRITE)); addAction(aas, Action.CAN_DELETE_CONTENT_STREAM, checkPermission(node, Permission.WRITE)); addAction(aas, Action.CAN_GET_ALL_VERSIONS, true); } AllowableActionsImpl result = new AllowableActionsImpl(); result.setAllowableActions(aas); return result; }
From source file:forge.game.card.CardFactoryUtil.java
public static int getCardTypesFromList(final CardCollectionView list) { EnumSet<CardType.CoreType> types = EnumSet.noneOf(CardType.CoreType.class); for (Card c1 : list) { Iterables.addAll(types, c1.getType().getCoreTypes()); }//from w w w . j a v a2s.c om return types.size(); }
From source file:com.google.bitcoin.core.Wallet.java
EnumSet<Pool> getContainingPools(Transaction tx) {
lock.lock();/*from ww w. ja v a 2s . co m*/
try {
EnumSet<Pool> result = EnumSet.noneOf(Pool.class);
Sha256Hash txHash = tx.getHash();
if (unspent.containsKey(txHash)) {
result.add(Pool.UNSPENT);
}
if (spent.containsKey(txHash)) {
result.add(Pool.SPENT);
}
if (pending.containsKey(txHash)) {
result.add(Pool.PENDING);
}
if (dead.containsKey(txHash)) {
result.add(Pool.DEAD);
}
return result;
} finally {
lock.unlock();
}
}
From source file:com.nikonhacker.gui.EmulatorUI.java
private void openChipOptionsDialog(final int chip) { // ------------------------ Disassembly options JPanel disassemblyOptionsPanel = new JPanel(new MigLayout("", "[left,grow][left,grow]")); // Prepare sample code area final RSyntaxTextArea listingArea = new RSyntaxTextArea(20, 90); SourceCodeFrame.prepareAreaFormat(chip, listingArea); final List<JCheckBox> outputOptionsCheckBoxes = new ArrayList<JCheckBox>(); ActionListener areaRefresherListener = new ActionListener() { public void actionPerformed(ActionEvent e) { try { Set<OutputOption> sampleOptions = EnumSet.noneOf(OutputOption.class); dumpOptionCheckboxes(outputOptionsCheckBoxes, sampleOptions); int baseAddress = framework.getPlatform(chip).getCpuState().getResetAddress(); int lastAddress = baseAddress; Memory sampleMemory = new DebuggableMemory(false); sampleMemory.map(baseAddress, 0x100, true, true, true); StringWriter writer = new StringWriter(); Disassembler disassembler; if (chip == Constants.CHIP_FR) { sampleMemory.store16(lastAddress, 0x1781); // PUSH RP lastAddress += 2;//w w w . j av a 2 s . c o m sampleMemory.store16(lastAddress, 0x8FFE); // PUSH (FP,AC,R12,R11,R10,R9,R8) lastAddress += 2; sampleMemory.store16(lastAddress, 0x83EF); // ANDCCR #0xEF lastAddress += 2; sampleMemory.store16(lastAddress, 0x9F80); // LDI:32 #0x68000000,R0 lastAddress += 2; sampleMemory.store16(lastAddress, 0x6800); lastAddress += 2; sampleMemory.store16(lastAddress, 0x0000); lastAddress += 2; sampleMemory.store16(lastAddress, 0x2031); // LD @(FP,0x00C),R1 lastAddress += 2; sampleMemory.store16(lastAddress, 0xB581); // LSL #24,R1 lastAddress += 2; sampleMemory.store16(lastAddress, 0x1A40); // DMOVB R13,@0x40 lastAddress += 2; sampleMemory.store16(lastAddress, 0x9310); // ORCCR #0x10 lastAddress += 2; sampleMemory.store16(lastAddress, 0x8D7F); // POP (R8,R9,R10,R11,R12,AC,FP) lastAddress += 2; sampleMemory.store16(lastAddress, 0x0781); // POP RP lastAddress += 2; disassembler = new Dfr(); disassembler.setDebugPrintWriter(new PrintWriter(new StringWriter())); // Ignore disassembler.setOutputFileName(null); disassembler.processOptions(new String[] { "-m", "0x" + Format.asHex(baseAddress, 8) + "-0x" + Format.asHex(lastAddress, 8) + "=CODE" }); } else { sampleMemory.store32(lastAddress, 0x340B0001); // li $t3, 0x0001 lastAddress += 4; sampleMemory.store32(lastAddress, 0x17600006); // bnez $k1, 0xBFC00020 lastAddress += 4; sampleMemory.store32(lastAddress, 0x00000000); // nop lastAddress += 4; sampleMemory.store32(lastAddress, 0x54400006); // bnezl $t4, 0xBFC00028 lastAddress += 4; sampleMemory.store32(lastAddress, 0x3C0C0000); // ?lui $t4, 0x0000 lastAddress += 4; int baseAddress16 = lastAddress; int lastAddress16 = baseAddress16; sampleMemory.store32(lastAddress16, 0xF70064F6); // save $ra,$s0,$s1,$s2-$s7,$fp, 0x30 lastAddress16 += 4; sampleMemory.store16(lastAddress16, 0x6500); // nop lastAddress16 += 2; sampleMemory.store32(lastAddress16, 0xF7006476); // restore $ra,$s0,$s1,$s2-$s7,$fp, 0x30 lastAddress16 += 4; sampleMemory.store16(lastAddress16, 0xE8A0); // ret lastAddress16 += 2; disassembler = new Dtx(); disassembler.setDebugPrintWriter(new PrintWriter(new StringWriter())); // Ignore disassembler.setOutputFileName(null); disassembler.processOptions(new String[] { "-m", "0x" + Format.asHex(baseAddress, 8) + "-0x" + Format.asHex(lastAddress, 8) + "=CODE:32", "-m", "0x" + Format.asHex(baseAddress16, 8) + "-0x" + Format.asHex(lastAddress16, 8) + "=CODE:16" }); } disassembler.setOutputOptions(sampleOptions); disassembler.setMemory(sampleMemory); disassembler.initialize(); disassembler.setOutWriter(writer); disassembler.disassembleMemRanges(); disassembler.cleanup(); listingArea.setText(""); listingArea.append(writer.toString()); listingArea.setCaretPosition(0); } catch (Exception ex) { ex.printStackTrace(); } } }; int i = 1; for (OutputOption outputOption : OutputOption.allFormatOptions) { JCheckBox checkBox = makeOutputOptionCheckBox(chip, outputOption, prefs.getOutputOptions(chip), false); if (checkBox != null) { outputOptionsCheckBoxes.add(checkBox); disassemblyOptionsPanel.add(checkBox, (i % 2 == 0) ? "wrap" : ""); checkBox.addActionListener(areaRefresherListener); i++; } } if (i % 2 == 0) { disassemblyOptionsPanel.add(new JLabel(), "wrap"); } // Force a refresh areaRefresherListener.actionPerformed(new ActionEvent(outputOptionsCheckBoxes.get(0), 0, "")); // disassemblyOptionsPanel.add(new JLabel("Sample output:", SwingConstants.LEADING), "gapbottom 1, span, split 2, aligny center"); // disassemblyOptionsPanel.add(new JSeparator(), "span 2,wrap"); disassemblyOptionsPanel.add(new JSeparator(), "span 2, gapleft rel, growx, wrap"); disassemblyOptionsPanel.add(new JLabel("Sample output:"), "span 2,wrap"); disassemblyOptionsPanel.add(new JScrollPane(listingArea), "span 2,wrap"); disassemblyOptionsPanel.add(new JLabel("Tip: hover over the option checkboxes for help"), "span 2, center, wrap"); // ------------------------ Emulation options JPanel emulationOptionsPanel = new JPanel(new VerticalLayout(5, VerticalLayout.LEFT)); emulationOptionsPanel.add(new JLabel()); JLabel warningLabel = new JLabel( "NOTE: these options only take effect after reloading the firmware (or performing a 'Stop and reset')"); warningLabel.setBackground(Color.RED); warningLabel.setOpaque(true); warningLabel.setForeground(Color.WHITE); warningLabel.setHorizontalAlignment(SwingConstants.CENTER); emulationOptionsPanel.add(warningLabel); emulationOptionsPanel.add(new JLabel()); final JCheckBox writeProtectFirmwareCheckBox = new JCheckBox("Write-protect firmware"); writeProtectFirmwareCheckBox.setSelected(prefs.isFirmwareWriteProtected(chip)); emulationOptionsPanel.add(writeProtectFirmwareCheckBox); emulationOptionsPanel.add(new JLabel( "If checked, any attempt to write to the loaded firmware area will result in an Emulator error. This can help trap spurious writes")); final JCheckBox dmaSynchronousCheckBox = new JCheckBox("Make DMA synchronous"); dmaSynchronousCheckBox.setSelected(prefs.isDmaSynchronous(chip)); emulationOptionsPanel.add(dmaSynchronousCheckBox); emulationOptionsPanel.add(new JLabel( "If checked, DMA operations will be performed immediately, pausing the CPU. Otherwise they are performed in a separate thread.")); final JCheckBox autoEnableTimersCheckBox = new JCheckBox("Auto enable timers"); autoEnableTimersCheckBox.setSelected(prefs.isAutoEnableTimers(chip)); emulationOptionsPanel.add(autoEnableTimersCheckBox); emulationOptionsPanel .add(new JLabel("If checked, timers will be automatically enabled upon reset or firmware load.")); // Log memory messages final JCheckBox logMemoryMessagesCheckBox = new JCheckBox("Log memory messages"); logMemoryMessagesCheckBox.setSelected(prefs.isLogMemoryMessages(chip)); emulationOptionsPanel.add(logMemoryMessagesCheckBox); emulationOptionsPanel .add(new JLabel("If checked, messages related to memory will be logged to the console.")); // Log serial messages final JCheckBox logSerialMessagesCheckBox = new JCheckBox("Log serial messages"); logSerialMessagesCheckBox.setSelected(prefs.isLogSerialMessages(chip)); emulationOptionsPanel.add(logSerialMessagesCheckBox); emulationOptionsPanel.add( new JLabel("If checked, messages related to serial interfaces will be logged to the console.")); // Log register messages final JCheckBox logRegisterMessagesCheckBox = new JCheckBox("Log register messages"); logRegisterMessagesCheckBox.setSelected(prefs.isLogRegisterMessages(chip)); emulationOptionsPanel.add(logRegisterMessagesCheckBox); emulationOptionsPanel.add(new JLabel( "If checked, warnings related to unimplemented register addresses will be logged to the console.")); // Log pin messages final JCheckBox logPinMessagesCheckBox = new JCheckBox("Log pin messages"); logPinMessagesCheckBox.setSelected(prefs.isLogPinMessages(chip)); emulationOptionsPanel.add(logPinMessagesCheckBox); emulationOptionsPanel.add(new JLabel( "If checked, warnings related to unimplemented I/O pins will be logged to the console.")); emulationOptionsPanel.add(new JSeparator(JSeparator.HORIZONTAL)); // Alt mode upon Debug JPanel altDebugPanel = new JPanel(new FlowLayout()); Object[] altDebugMode = EnumSet.allOf(EmulationFramework.ExecutionMode.class).toArray(); final JComboBox altModeForDebugCombo = new JComboBox(new DefaultComboBoxModel(altDebugMode)); for (int j = 0; j < altDebugMode.length; j++) { if (altDebugMode[j].equals(prefs.getAltExecutionModeForSyncedCpuUponDebug(chip))) { altModeForDebugCombo.setSelectedIndex(j); } } altDebugPanel.add(new JLabel(Constants.CHIP_LABEL[1 - chip] + " mode when " + Constants.CHIP_LABEL[chip] + " runs in sync Debug: ")); altDebugPanel.add(altModeForDebugCombo); emulationOptionsPanel.add(altDebugPanel); emulationOptionsPanel .add(new JLabel("If 'sync mode' is selected, this is the mode the " + Constants.CHIP_LABEL[1 - chip] + " chip will run in when running the " + Constants.CHIP_LABEL[chip] + " in Debug mode")); // Alt mode upon Step JPanel altStepPanel = new JPanel(new FlowLayout()); Object[] altStepMode = EnumSet.allOf(EmulationFramework.ExecutionMode.class).toArray(); final JComboBox altModeForStepCombo = new JComboBox(new DefaultComboBoxModel(altStepMode)); for (int j = 0; j < altStepMode.length; j++) { if (altStepMode[j].equals(prefs.getAltExecutionModeForSyncedCpuUponStep(chip))) { altModeForStepCombo.setSelectedIndex(j); } } altStepPanel.add(new JLabel(Constants.CHIP_LABEL[1 - chip] + " mode when " + Constants.CHIP_LABEL[chip] + " runs in sync Step: ")); altStepPanel.add(altModeForStepCombo); emulationOptionsPanel.add(altStepPanel); emulationOptionsPanel .add(new JLabel("If 'sync mode' is selected, this is the mode the " + Constants.CHIP_LABEL[1 - chip] + " chip will run in when running the " + Constants.CHIP_LABEL[chip] + " in Step mode")); // ------------------------ Prepare tabbed pane JTabbedPane tabbedPane = new JTabbedPane(); tabbedPane.addTab(Constants.CHIP_LABEL[chip] + " Disassembly Options", null, disassemblyOptionsPanel); tabbedPane.addTab(Constants.CHIP_LABEL[chip] + " Emulation Options", null, emulationOptionsPanel); if (chip == Constants.CHIP_TX) { JPanel chipSpecificOptionsPanel = new JPanel(new VerticalLayout(5, VerticalLayout.LEFT)); chipSpecificOptionsPanel.add(new JLabel("Eeprom status upon startup:")); ActionListener eepromInitializationRadioActionListener = new ActionListener() { @Override public void actionPerformed(ActionEvent e) { prefs.setEepromInitMode(Prefs.EepromInitMode.valueOf(e.getActionCommand())); } }; JRadioButton blank = new JRadioButton("Blank"); blank.setActionCommand(Prefs.EepromInitMode.BLANK.name()); blank.addActionListener(eepromInitializationRadioActionListener); if (Prefs.EepromInitMode.BLANK.equals(prefs.getEepromInitMode())) blank.setSelected(true); JRadioButton persistent = new JRadioButton("Persistent across sessions"); persistent.setActionCommand(Prefs.EepromInitMode.PERSISTENT.name()); persistent.addActionListener(eepromInitializationRadioActionListener); if (Prefs.EepromInitMode.PERSISTENT.equals(prefs.getEepromInitMode())) persistent.setSelected(true); JRadioButton lastLoaded = new JRadioButton("Last Loaded"); lastLoaded.setActionCommand(Prefs.EepromInitMode.LAST_LOADED.name()); lastLoaded.addActionListener(eepromInitializationRadioActionListener); if (Prefs.EepromInitMode.LAST_LOADED.equals(prefs.getEepromInitMode())) lastLoaded.setSelected(true); ButtonGroup group = new ButtonGroup(); group.add(blank); group.add(persistent); group.add(lastLoaded); chipSpecificOptionsPanel.add(blank); chipSpecificOptionsPanel.add(persistent); chipSpecificOptionsPanel.add(lastLoaded); chipSpecificOptionsPanel.add(new JLabel("Front panel type:")); final JComboBox frontPanelNameCombo = new JComboBox(new String[] { "D5100_small", "D5100_large" }); if (prefs.getFrontPanelName() != null) { frontPanelNameCombo.setSelectedItem(prefs.getFrontPanelName()); } frontPanelNameCombo.addActionListener(new ActionListener() { @Override public void actionPerformed(ActionEvent e) { prefs.setFrontPanelName((String) frontPanelNameCombo.getSelectedItem()); } }); chipSpecificOptionsPanel.add(frontPanelNameCombo); emulationOptionsPanel.add(new JSeparator(JSeparator.HORIZONTAL)); tabbedPane.addTab(Constants.CHIP_LABEL[chip] + " specific options", null, chipSpecificOptionsPanel); } // ------------------------ Show it if (JOptionPane.OK_OPTION == JOptionPane.showOptionDialog(this, tabbedPane, Constants.CHIP_LABEL[chip] + " options", JOptionPane.OK_CANCEL_OPTION, JOptionPane.PLAIN_MESSAGE, null, null, JOptionPane.DEFAULT_OPTION)) { // save output options dumpOptionCheckboxes(outputOptionsCheckBoxes, prefs.getOutputOptions(chip)); // apply TxCPUState.initRegisterLabels(prefs.getOutputOptions(chip)); // save other prefs prefs.setFirmwareWriteProtected(chip, writeProtectFirmwareCheckBox.isSelected()); prefs.setDmaSynchronous(chip, dmaSynchronousCheckBox.isSelected()); prefs.setAutoEnableTimers(chip, autoEnableTimersCheckBox.isSelected()); prefs.setLogRegisterMessages(chip, logRegisterMessagesCheckBox.isSelected()); prefs.setLogSerialMessages(chip, logSerialMessagesCheckBox.isSelected()); prefs.setLogPinMessages(chip, logPinMessagesCheckBox.isSelected()); prefs.setLogMemoryMessages(chip, logMemoryMessagesCheckBox.isSelected()); prefs.setAltExecutionModeForSyncedCpuUponDebug(chip, (EmulationFramework.ExecutionMode) altModeForDebugCombo.getSelectedItem()); prefs.setAltExecutionModeForSyncedCpuUponStep(chip, (EmulationFramework.ExecutionMode) altModeForStepCombo.getSelectedItem()); } }