/* * @(#)TextFieldView.java 2.3.3 2 May 2006 * * Copyright 2006 * College of Computer and Information Science * Northeastern University * Boston, MA 02115 * * The Java Power Tools software may be used for educational * purposes as long as this copyright notice is retained intact * at the top of all source files. * * To discuss possible commercial use of this software, * contact Richard Rasala at Northeastern University, * College of Computer and Information Science, * 617-373-2462 or rasala@ccs.neu.edu. * * The Java Power Tools software has been designed and built * in collaboration with Viera Proulx and Jeff Raab. * * Should this software be modified, the words "Modified from * Original" must be included as a comment below this notice. * * All publication rights are retained. This software or its * documentation may not be published in any media either * in whole or in part without explicit permission. * * This software was created with support from Northeastern * University and from NSF grant DUE-9950829. */ package edu.neu.ccs.gui; import edu.neu.ccs.*; import edu.neu.ccs.filter.*; import edu.neu.ccs.util.*; import java.awt.*; import java.awt.event.*; import java.math.*; import java.text.*; import javax.swing.*; import javax.swing.text.*; /** *

A {@link GeneralView GeneralView} for input of * {@link Stringable Stringable} objects or elements * of the data state of a Stringable object.

* * @author Jeff Raab * @author Richard Rasala * @version 2.3.3 * @since 1.0 */ public class TextFieldView extends JTextField implements GeneralView, Fragile, JPTConstants { /** Bound property name for the set preferred width property. */ public static final String PREFERRED_WIDTH = "set.preferred.width"; /** Bound property name for the auto select property. */ public static final String AUTO_SELECT = "auto.select"; /** * The default preferred width used in constructors if * there is no other data with which to set the width. */ public static final int DEFAULT_WIDTH = 50; /** *

Extra width for setting the preferred width.

* *

If the preferred width is set with a sample string, * this value is added to the width of the sample string * to allow some extra space.

*/ public static final int EXTRA_WIDTH = 10; /** * The current preferred width if one is enabled or -1 * if preferred width is disabled. */ protected int preferredWidth = DEFAULT_WIDTH; /** Default autoselect policy for a text field view. */ public static final boolean DEFAULT_AUTOSELECT_POLICY = true; /** Autoselect policy for this view. */ protected boolean autoSelect = DEFAULT_AUTOSELECT_POLICY; /** The GeneralViewSupport object. */ protected GeneralViewSupport delegate = null; ////////////////// // Constructors // ////////////////// /** * Constructs an empty text field view. * *

Other constructors:

* * * * @since 1.1 */ public TextFieldView() { this("", null, null, null, null, 0); } /** * Constructs an empty text field view * whose preferred width is the given width. * * @param width the minimum width of the text field * @see #TextFieldView() * @since 1.1 */ public TextFieldView(int width) { this("", null, null, null, null, width); } /** * Constructs a text field view with the given default text. * * @param text the default text for the text field * @see #TextFieldView() * @since 1.1 */ public TextFieldView(String text) { this(text, null, null, null, null, 0); } /** * Constructs a text field view with the given default text * whose preferred width is maximum of the given width and * the width of the default text. * * @param text the default text for the text field * @param width the minimum width of the text field * @see #TextFieldView() * @since 1.1 */ public TextFieldView(String text, int width) { this(text, null, null, null, null, width); } /** * Constructs a text field view with the given default text, * for which the provided error prompt and dialog title * will be used by the error recovery strategy. * * @param text the default text for the text field * @param errorPrompt the prompt to use in error recovery * @param dialogTitle the dialog title to use in error recovery * @see #TextFieldView() * @since 1.1 */ public TextFieldView( String text, String errorPrompt, String dialogTitle) { this(text, errorPrompt, dialogTitle, null, null, 0); } /** * Constructs a text field view with the given default text, * for which the provided error prompt and dialog title * will be used by the error recovery strategy * and whose preferred width is maximum of the given width * and the width of the default text. * * @param text the default text for the text field * @param errorPrompt the prompt to use in error recovery * @param dialogTitle the dialog title to use in error recovery * @param width the minimum width of the text field * @see #TextFieldView() * @since 1.1 */ public TextFieldView( String text, String errorPrompt, String dialogTitle, int width) { this(text, errorPrompt, dialogTitle, null, null, width); } /** * Constructs a text field view with the given default text, * for which the provided error prompt, dialog title, and * suggestion will be used by the error recovery strategy. * * @param text the default text for the text field * @param errorPrompt the prompt to use in error recovery * @param dialogTitle the dialog title to use in error recovery * @param suggestion the optional suggestion to use in error recovery * @see #TextFieldView() * @since 1.1 */ public TextFieldView( String text, String errorPrompt, String dialogTitle, String suggestion) { this(text, errorPrompt, dialogTitle, suggestion, null, 0); } /** * Constructs a text field view with the given default text, * for which the provided error prompt, dialog title, and * suggestion will be used by the error recovery strategy * and whose preferred width is maximum of the given width * and the width of the default text. * * @param text the default text for the text field * @param errorPrompt the prompt to use in error recovery * @param dialogTitle the dialog title to use in error recovery * @param suggestion the optional suggestion to use in error recovery * @param width the minimum width of the text field * @see #TextFieldView() * @since 1.1 */ public TextFieldView( String text, String errorPrompt, String dialogTitle, String suggestion, int width) { this(text, errorPrompt, dialogTitle, suggestion, null, width); } /** * Constructs an empty text field view using the given font. * * @param font the font for the text field * @see #TextFieldView() * @since 2.3.3 */ public TextFieldView(Font font) { this("", null, null, null, font, 0); } /** * Constructs an empty text field view using the given font * whose preferred width is the given width. * * @param font the font for the text field * @param width the minimum width of the text field * @see #TextFieldView() * @since 2.3.3 */ public TextFieldView(Font font, int width) { this("", null, null, null, font, width); } /** * Constructs an empty text field view using the given font * with the given default text. * * @param text the default text for the text field * @param font the font for the text field * @see #TextFieldView() * @since 2.3.3 */ public TextFieldView(String text, Font font) { this(text, null, null, null, font, 0); } /** * Constructs an empty text field view using the given font * with the given default text * whose preferred width is maximum of the given width and * the width of the default text. * * @param text the default text for the text field * @param font the font for the text field * @param width the minimum width of the text field * @see #TextFieldView() * @since 2.3.3 */ public TextFieldView(String text, Font font, int width) { this(text, null, null, null, font, width); } /** * Constructs an empty text field view using the given font * with the given default text, * for which the provided error prompt and dialog title * will be used by the error recovery strategy. * * @param text the default text for the text field * @param errorPrompt the prompt to use in error recovery * @param dialogTitle the dialog title to use in error recovery * @param font the font for the text field * @see #TextFieldView() * @since 2.3.3 */ public TextFieldView( String text, String errorPrompt, String dialogTitle, Font font) { this(text, errorPrompt, dialogTitle, null, font, 0); } /** * Constructs an empty text field view using the given font * with the given default text, * for which the provided error prompt and dialog title * will be used by the error recovery strategy * and whose preferred width is maximum of the given width * and the width of the default text. * * @param text the default text for the text field * @param errorPrompt the prompt to use in error recovery * @param dialogTitle the dialog title to use in error recovery * @param font the font for the text field * @param width the minimum width of the text field * @see #TextFieldView() * @since 2.3.3 */ public TextFieldView( String text, String errorPrompt, String dialogTitle, Font font, int width) { this(text, errorPrompt, dialogTitle, null, font, width); } /** * Constructs an empty text field view using the given font * with the given default text, * for which the provided error prompt, dialog title, and * suggestion will be used by the error recovery strategy. * * @param text the default text for the text field * @param errorPrompt the prompt to use in error recovery * @param dialogTitle the dialog title to use in error recovery * @param suggestion the optional suggestion to use in error recovery * @param font the font for the text field * @see #TextFieldView() * @since 2.3.3 */ public TextFieldView( String text, String errorPrompt, String dialogTitle, String suggestion, Font font) { this(text, errorPrompt, dialogTitle, suggestion, font, 0); } /** * Constructs an empty text field view using the given font * with the given default text, * for which the provided error prompt, dialog title, and * suggestion will be used by the error recovery strategy * and whose preferred width is maximum of the given width * and the width of the default text. * * @param text the default text for the text field * @param errorPrompt the prompt to use in error recovery * @param dialogTitle the dialog title to use in error recovery * @param suggestion the optional suggestion to use in error recovery * @param font the font for the text field * @param width the minimum width of the text field * @see #TextFieldView() * @since 2.3.3 */ public TextFieldView( String text, String errorPrompt, String dialogTitle, String suggestion, Font font, int width) { super(text); initialize(errorPrompt, dialogTitle, suggestion, font, width); } /** * Constructs a text field view * with the given document as its data model. * * @param document the document to use as the data model * @see #TextFieldView() * @since 1.1 */ public TextFieldView(Document document) { this(document, null, null, null, 0); } /** * Constructs a text field view * with the given document as its data model * and whose preferred width is the given width. * * @param document the document to use as the data model * @param width the minimum width of the text field * @see #TextFieldView() * @since 1.1 */ public TextFieldView(Document document, int width) { this(document, null, null, null, width); } /** * Constructs a text field view * with the given document as its data model * for which the provided error prompt and dialog title * will be used by the error recovery strategy. * * @param document the document to use as the data model * @param errorPrompt the prompt to use in error recovery * @param dialogTitle the dialog title to use in error recovery * @see #TextFieldView() * @since 1.1 */ public TextFieldView( Document document, String errorPrompt, String dialogTitle) { this(document, errorPrompt, dialogTitle, null, 0); } /** * Constructs a text field view * with the given document as its data model * for which the provided error prompt and dialog title * will be used by the error recovery strategy * and whose preferred width is the given width. * * @param document the document to use as the data model * @param errorPrompt the prompt to use in error recovery * @param dialogTitle the dialog title to use in error recovery * @param width the minimum width of the text field * @see #TextFieldView() * @since 1.1 */ public TextFieldView( Document document, String errorPrompt, String dialogTitle, int width) { this(document, errorPrompt, dialogTitle, null, width); } /** * Constructs a text field view * with the given document as its data model * for which the provided error prompt, dialog title, and * suggestion will be used by the error recovery strategy. * * @param document the document to use as the data model * @param errorPrompt the prompt to use in error recovery * @param dialogTitle the dialog title to use in error recovery * @param suggestion the optional suggestion to use in error recovery * @see #TextFieldView() * @since 1.1 */ public TextFieldView( Document document, String errorPrompt, String dialogTitle, String suggestion) { this(document, errorPrompt, dialogTitle, suggestion, 0); } /** * Constructs a text field view * with the given document as its data model * for which the provided error prompt, dialog title, and * suggestion will be used by the error recovery strategy * and whose preferred width is the given width. * * @param document the document to use as the data model * @param errorPrompt the prompt to use in error recovery * @param dialogTitle the dialog title to use in error recovery * @param suggestion the optional suggestion to use in error recovery * @param width the minimum width of the text field * @see #TextFieldView() * @since 1.1 */ public TextFieldView( Document document, String errorPrompt, String dialogTitle, String suggestion, int width) { super(document, null, 0); initialize(errorPrompt, dialogTitle, suggestion, null, width); } /** * Performs the tasks common for constructors of this class. * * @param errorPrompt the prompt to use in error recovery * @param dialogTitle the dialog title to use in error recovery * @param suggestion the optional suggestion to use in error recovery * @param font the font for the text field * @param width the minimum width of the text field * @since 2.3.3 */ private void initialize( String errorPrompt, String dialogTitle, String suggestion, Font font, int width) { delegate = new GeneralViewSupport( this, this.listenerList, null, errorPrompt, dialogTitle, suggestion ); String text = getText(); setDefaultViewState(text); if (font != null) super.setFont(font); setPreferredWidth(width, text); installFocusActions(); } //////////////// // Public API // //////////////// /** *

Returns the preferred size of this view.

* *

This method proceeds as follows.

* *

The preferred size is calculated by the super class * method. Then, if the preferred width set in this class * is positive, it is used to replace the width field of * the dimension returned by the super class method. Then, * the revised preferred size is returned.

* * @return the value of the preferredSize property */ public Dimension getPreferredSize() { Dimension dimension = super.getPreferredSize(); int width = getPreferredWidth(); if (width > 0) dimension.width = width; return dimension; } /** *

Returns the preferred width setting of this view.

* *

The value returned is positive or -1.

* *

If the value is -1 then it is not used to compute the * preferred size.

* * @return the current preferred width of this view */ public int getPreferredWidth() { return preferredWidth; } /** *

Sets the preferred width of the view to the given width if * the given width is positive.

* *

If the given width is equal to zero, then the preferred width * is set to DEFAULT_WIDTH.

* *

If the given width is less than zero, then the preferred width * is set to -1 and the preferred size of the view is computed * entirely from the data of the super class.

* *

Refreshes the component in its parent view.

* *

Fires property change PREFERRED_WIDTH.

* * @param width the desired preferred width */ public void setPreferredWidth(int width) { int oldWidth = getPreferredWidth(); if (width < 0) preferredWidth = -1; else if (width == 0) preferredWidth = DEFAULT_WIDTH; else preferredWidth = width; refreshComponent(); // notify listeners of property change if (preferredWidth != oldWidth) firePropertyChange(PREFERRED_WIDTH, oldWidth, preferredWidth); } /** *

Sets the preferred width of the view using the given minimum * width and sample string.

* *

This method proceeds as follows.

* *

If the sample string is null or of length zero, * then the preferred width is set via the call: * setPreferredWidth(minWidth).

* *

Otherwise, if minWidth is zero, it is set to DEFAULT_WIDTH. * Then, the method getSampleWidth is called using * the current font of the view and the sample string. The * preferred width is then set to be the maximum of minWidth and * the sample width.

* *

Refreshes the component in its parent view.

* *

Fires property change PREFERRED_WIDTH.

* * @param minWidth the minimum preferred width * @param sample the sample string used to calculate the width */ public void setPreferredWidth(int minWidth, String sample) { if ((sample == null) || (sample.length() == 0)) { setPreferredWidth(minWidth); } else { if (minWidth == 0) minWidth = DEFAULT_WIDTH; int width = getSampleWidth(getFont(), sample); setPreferredWidth(Math.max(minWidth, width)); } } /** *

Returns the sample width of a JLabel constucted * using a sample string consisting of N instances of the given * character c; the value EXTRA_WIDTH is added to allow for * extra white space.

* *

Returns 0 if N is less than or equal to zero

* * @param N the number of zero characters to use in the sample */ public static int getSampleWidth(int N, char c) { if (N <= 0) return 0; StringBuffer buffer = new StringBuffer(N); for (int i = 0; i < N; i++) buffer.append(c); String sample = buffer.toString(); return getSampleWidth(null, sample); } /** *

Returns the width of a JLabel constucted * using the given sample string * with the value EXTRA_WIDTH * added to allow for extra white space.

* *

Returns 0 if the sample string is null * or is of length zero.

* * @param sample the sample string used to calculate the width */ public static int getSampleWidth(String sample) { return getSampleWidth(null, sample); } /** *

Returns the width of a JLabel constucted * using the given font and sample string * with the value EXTRA_WIDTH * added to allow for extra white space.

* *

Returns 0 if the sample string is null * or is of length zero.

* *

Ignores the font if it is null.

* * @param font the font to use for the sample string * @param sample the sample string used to calculate the width */ public static int getSampleWidth(Font font, String sample) { if ((sample == null) || (sample.length() == 0)) return 0; JLabel test = new JLabel(sample); if (font != null) test.setFont(font); Dimension dimension = test.getPreferredSize(); return dimension.width + EXTRA_WIDTH; } /** *

Returns the maximum sample width of the strings in the given * strings array.

* *

Returns 0 if strings is null, has no objects, or * only has objects that are null or of length 0.

* * @param strings the array of strings to measure for sample width */ public static int getWidthEstimate(String[] strings) { return getWidthEstimate(null, strings); } /** *

Returns the maximum sample width of the strings in the given * strings array relative to the given font.

* *

Returns 0 if strings is null, has no objects, or * only has objects that are null or of length 0.

* *

Ignores the font if it is null.

* * @param font the font to use for the sample strings * @param strings the array of strings to measure for sample width */ public static int getWidthEstimate(Font font, String[] strings) { int width = 0; if (strings == null) return width; int length = strings.length; for (int i = 0; i < length; i++) width = Math.max (width, getSampleWidth(font, strings[i])); return width; } /** *

Sets the font for this component.

* *

If the given font is null then it is set to * getDefaultFont().

* *

Calls the super setFont method and * then refreshes the component in its parent view.

* *

Fires property change FONT.

* * @param font the font to set for this view */ public void setFont(Font font) { if (font == null) font = getDefaultFont(); super.setFont(font); refreshComponent(); // notify listeners of property change firePropertyChange(FONT, null, null); } /** * Returns the default font for a JTextField. * * @since 2.3.3 */ public static Font getDefaultFont() { return new JTextField(" ").getFont(); } /** Refreshes the component by repacking the parent window. */ public void refreshComponent() { Refresh.packParentWindow(this); } /** *

Sets whether or not the contents of this field * will be selected when it gains focus.

* *

Fires property change AUTO_SELECT.

* * @param b whether or not the contents of this field * will be selected upon a gain of focus * @see #getAutoSelect() */ public void setAutoSelect(boolean b) { boolean oldAuto = getAutoSelect(); autoSelect = b; // if the property has changed if (getAutoSelect() != oldAuto) { // notify listeners of property change firePropertyChange( AUTO_SELECT, oldAuto, getAutoSelect()); } } /** * Returns whether or not the contents of this field * will be selected when it gains focus. * * @see #setAutoSelect(boolean) */ public boolean getAutoSelect() { return autoSelect; } /////////////////////////////// // GeneralView and TypedView // /////////////////////////////// /** *

Returns a new text field view with the same font, preferred width, * data type, view state, default view state, initial input properties, * stringable filter, and auto-select setting as this text field view.

* *

The new text field view has its own document model.

* * @return a copy of this text field view */ public GeneralView makeCopy() { TextFieldView copy = new TextFieldView(); // copy geometry copy.setFont (getFont()); copy.setPreferredWidth (getPreferredWidth()); // copy settings copy.setDataType (getDataType()); copy.setViewState (getViewState()); copy.setDefaultViewState(getDefaultViewState()); copy.setInputProperties (new InputProperties(getInputProperties())); copy.setFilter (getFilter()); copy.setAutoSelect (getAutoSelect()); return copy; } public void setDataType(Class dataType) { delegate.setDataType(dataType); } public Class getDataType() { return delegate.getDataType(); } public void setFilter(StringableFilter filter) { delegate.setFilter(filter); } public StringableFilter getFilter() { return delegate.getFilter(); } public Stringable demandObject() { return delegate.demandObject(); } public Stringable requestObject() throws CancelledException { return delegate.requestObject(); } public Stringable demandObject(StringableFilter filter) { return delegate.demandObject(filter); } public Stringable requestObject(StringableFilter filter) throws CancelledException { return delegate.requestObject(filter); } public Stringable demandObject(Class dataType, StringableFilter filter) { return delegate.demandObject(dataType, filter); } public Stringable requestObject(Class dataType, StringableFilter filter) throws CancelledException { return delegate.requestObject(dataType, filter); } public void setInputProperties(InputProperties properties) { delegate.setInputProperties(properties); } public InputProperties getInputProperties() { return delegate.getInputProperties(); } public void setErrorPromptTitleSuggestion( String errorPrompt, String dialogTitle, String suggestion ) { delegate.setErrorPromptTitleSuggestion(errorPrompt, dialogTitle, suggestion ); } ///////////////// // Displayable // ///////////////// public void setViewState(String data) { String oldData = getText(); if (data == null) data = ""; setText(data); // notify listeners of property change firePropertyChange(VIEW_STATE, oldData, data); } public String getViewState() { return getText(); } public void setDefaultViewState(String data) { delegate.setDefaultViewState(data); } public String getDefaultViewState() { return delegate.getDefaultViewState(); } public void reset() { delegate.reset(); } ///////////// // Fragile // ///////////// public void addMalformedDataListener(MalformedDataListener l) { delegate.addMalformedDataListener(l); } public void removeMalformedDataListener(MalformedDataListener l) { delegate.removeMalformedDataListener(l); } ///////////////////////////////// // Demand and request for byte // ///////////////////////////////// /** * Returns a byte extracted from the field * using the mandatory model. * * @see #demandByte(StringableFilter) * @see #demandByteAsHex() * @see #demandByteAsHex(StringableFilter) * @see #requestByte() * @see #requestByte(StringableFilter) * @see #requestByteAsHex() * @see #requestByteAsHex(StringableFilter) */ public byte demandByte() { return demandByte(null); } /** * Returns a byte extracted from the field * using the mandatory model with the given filter. * * @param f the filter to use for the input operation * @see #demandByte() * @see #demandByteAsHex() * @see #demandByteAsHex(StringableFilter) * @see #requestByte() * @see #requestByte(StringableFilter) * @see #requestByteAsHex() * @see #requestByteAsHex(StringableFilter) */ public byte demandByte(StringableFilter f) { XByte object = (XByte) demandObject(XByte.class, f); return object.getValue(); } /** * Returns a byte extracted from the field * as hexidecimal data * using the mandatory model. * * @see #demandByte() * @see #demandByte(StringableFilter) * @see #demandByteAsHex(StringableFilter) * @see #requestByte() * @see #requestByte(StringableFilter) * @see #requestByteAsHex() * @see #requestByteAsHex(StringableFilter) */ public byte demandByteAsHex() { return demandByteAsHex(null); } /** * Returns a byte extracted from the field * as hexidecimal data * using the mandatory model with the given filter. * * @param f the filter to use for the input operation * @see #demandByte() * @see #demandByte(StringableFilter) * @see #demandByteAsHex() * @see #requestByte() * @see #requestByte(StringableFilter) * @see #requestByteAsHex() * @see #requestByteAsHex(StringableFilter) */ public byte demandByteAsHex(StringableFilter f) { HexXByte object = (HexXByte) demandObject(HexXByte.class, f); return object.getValue(); } /** * Returns a byte extracted from the field * using the optional model. * * @throws CancelledException * if the user cancelled the input operation * @see #demandByte() * @see #demandByte(StringableFilter) * @see #demandByteAsHex() * @see #demandByteAsHex(StringableFilter) * @see #requestByte(StringableFilter) * @see #requestByteAsHex() * @see #requestByteAsHex(StringableFilter) */ public byte requestByte() throws CancelledException { return requestByte(null); } /** * Returns a byte extracted from the field * using the optional model with the given filter. * * @param f the filter to use for the input operation * @throws CancelledException * if the user cancelled the input operation * @see #demandByte() * @see #demandByte(StringableFilter) * @see #demandByteAsHex() * @see #demandByteAsHex(StringableFilter) * @see #requestByte() * @see #requestByteAsHex() * @see #requestByteAsHex(StringableFilter) */ public byte requestByte(StringableFilter f) throws CancelledException { XByte object = (XByte) requestObject(XByte.class, f); return object.getValue(); } /** * Returns a byte extracted from the field * as hexidecimal data * using the optional model. * * @throws CancelledException * if the user cancelled the input operation * @see #demandByte() * @see #demandByte(StringableFilter) * @see #demandByteAsHex() * @see #demandByteAsHex(StringableFilter) * @see #requestByte() * @see #requestByte(StringableFilter) * @see #requestByteAsHex(StringableFilter) */ public byte requestByteAsHex() throws CancelledException { return requestByteAsHex(null); } /** * Returns a byte extracted from the field * as hexidecimal data * using the optional model with the given filter. * * @param f the filter to use for the input operation * @throws CancelledException * if the user cancelled the input operation * @see #demandByte() * @see #demandByte(StringableFilter) * @see #demandByteAsHex() * @see #demandByteAsHex(StringableFilter) * @see #requestByte() * @see #requestByte(StringableFilter) * @see #requestByteAsHex() */ public byte requestByteAsHex(StringableFilter f) throws CancelledException { HexXByte object = (HexXByte) requestObject(HexXByte.class, f); return object.getValue(); } ////////////////////////////////// // Demand and request for short // ////////////////////////////////// /** * Returns a short extracted from the field * using the mandatory model. * * @see #demandShort(StringableFilter) * @see #demandShortAsHex() * @see #demandShortAsHex(StringableFilter) * @see #requestShort() * @see #requestShort(StringableFilter) * @see #requestShortAsHex() * @see #requestShortAsHex(StringableFilter) */ public short demandShort() { return demandShort(null); } /** * Returns a short extracted from the field * using the mandatory model with the given filter. * * @param f the filter to use for the input operation * @see #demandShort() * @see #demandShortAsHex() * @see #demandShortAsHex(StringableFilter) * @see #requestShort() * @see #requestShort(StringableFilter) * @see #requestShortAsHex() * @see #requestShortAsHex(StringableFilter) */ public short demandShort(StringableFilter f) { XShort object = (XShort) demandObject(XShort.class, f); return object.getValue(); } /** * Returns a short extracted from the field * as hexidecimal data * using the mandatory model. * * @see #demandShort() * @see #demandShort(StringableFilter) * @see #demandShortAsHex(StringableFilter) * @see #requestShort() * @see #requestShort(StringableFilter) * @see #requestShortAsHex() * @see #requestShortAsHex(StringableFilter) */ public short demandShortAsHex() { return demandShortAsHex(null); } /** * Returns a short extracted from the field * as hexidecimal data * using the mandatory model with the given filter. * * @param f the filter to use for the input operation * @see #demandShort() * @see #demandShort(StringableFilter) * @see #demandShortAsHex() * @see #requestShort() * @see #requestShort(StringableFilter) * @see #requestShortAsHex() * @see #requestShortAsHex(StringableFilter) */ public short demandShortAsHex(StringableFilter f) { HexXShort object = (HexXShort) demandObject(HexXShort.class, f); return object.getValue(); } /** * Returns a short extracted from the field * using the optional model. * * @throws CancelledException * if the user cancelled the input operation * @see #demandShort() * @see #demandShort(StringableFilter) * @see #demandShortAsHex() * @see #demandShortAsHex(StringableFilter) * @see #requestShort(StringableFilter) * @see #requestShortAsHex() * @see #requestShortAsHex(StringableFilter) */ public short requestShort() throws CancelledException { return requestShort(null); } /** * Returns a short extracted from the field * using the optional model with the given filter. * * @param f the filter to use for the input operation * @throws CancelledException * if the user cancelled the input operation * @see #demandShort() * @see #demandShort(StringableFilter) * @see #demandShortAsHex() * @see #demandShortAsHex(StringableFilter) * @see #requestShort() * @see #requestShortAsHex() * @see #requestShortAsHex(StringableFilter) */ public short requestShort(StringableFilter f) throws CancelledException { XShort object = (XShort) requestObject(XShort.class, f); return object.getValue(); } /** * Returns a short extracted from the field * as hexidecimal data * using the optional model. * * @throws CancelledException * if the user cancelled the input operation * @see #demandShort() * @see #demandShort(StringableFilter) * @see #demandShortAsHex() * @see #demandShortAsHex(StringableFilter) * @see #requestShort() * @see #requestShort(StringableFilter) * @see #requestShortAsHex(StringableFilter) */ public short requestShortAsHex() throws CancelledException { return requestShortAsHex(null); } /** * Returns a short extracted from the field * as hexidecimal data * using the optional model with the given filter. * * @param f the filter to use for the input operation * @throws CancelledException * if the user cancelled the input operation * @see #demandShort() * @see #demandShort(StringableFilter) * @see #demandShortAsHex() * @see #demandShortAsHex(StringableFilter) * @see #requestShort() * @see #requestShort(StringableFilter) * @see #requestShortAsHex() */ public short requestShortAsHex(StringableFilter f) throws CancelledException { HexXShort object = (HexXShort) requestObject(HexXShort.class, f); return object.getValue(); } //////////////////////////////// // Demand and request for int // //////////////////////////////// /** * Returns an int extracted from the field * using the mandatory model. * * @see #demandInt(StringableFilter) * @see #demandIntAsHex() * @see #demandIntAsHex(StringableFilter) * @see #requestInt() * @see #requestInt(StringableFilter) * @see #requestIntAsHex() * @see #requestIntAsHex(StringableFilter) */ public int demandInt() { return demandInt(null); } /** * Returns an int extracted from the field * using the mandatory model with the given filter. * * @param f the filter to use for the input operation * @see #demandInt() * @see #demandIntAsHex() * @see #demandIntAsHex(StringableFilter) * @see #requestInt() * @see #requestInt(StringableFilter) * @see #requestIntAsHex() * @see #requestIntAsHex(StringableFilter) */ public int demandInt(StringableFilter f) { XInt object = (XInt) demandObject(XInt.class, f); return object.getValue(); } /** * Returns an int extracted from the field * as hexidecimal data * using the mandatory model. * * @see #demandInt() * @see #demandInt(StringableFilter) * @see #demandIntAsHex(StringableFilter) * @see #requestInt() * @see #requestInt(StringableFilter) * @see #requestIntAsHex() * @see #requestIntAsHex(StringableFilter) */ public int demandIntAsHex() { return demandIntAsHex(null); } /** * Returns an int extracted from the field * as hexidecimal data * using the mandatory model with the given filter. * * @param f the filter to use for the input operation * @see #demandInt() * @see #demandInt(StringableFilter) * @see #demandIntAsHex() * @see #requestInt() * @see #requestInt(StringableFilter) * @see #requestIntAsHex() * @see #requestIntAsHex(StringableFilter) */ public int demandIntAsHex(StringableFilter f) { HexXInt object = (HexXInt) demandObject(HexXInt.class, f); return object.getValue(); } /** * Returns an int extracted from the field * using the optional model. * * @throws CancelledException * if the user cancelled the input operation * @see #demandInt() * @see #demandInt(StringableFilter) * @see #demandIntAsHex() * @see #demandIntAsHex(StringableFilter) * @see #requestInt(StringableFilter) * @see #requestIntAsHex() * @see #requestIntAsHex(StringableFilter) */ public int requestInt() throws CancelledException { return requestInt(null); } /** * Returns an int extracted from the field * using the optional model with the given filter. * * @param f the filter to use for the input operation * @throws CancelledException * if the user cancelled the input operation * @see #demandInt() * @see #demandInt(StringableFilter) * @see #demandIntAsHex() * @see #demandIntAsHex(StringableFilter) * @see #requestInt() * @see #requestIntAsHex() * @see #requestIntAsHex(StringableFilter) */ public int requestInt(StringableFilter f) throws CancelledException { XInt object = (XInt) requestObject(XInt.class, f); return object.getValue(); } /** * Returns an int extracted from the field * as hexidecimal data * using the optional model. * * @throws CancelledException * if the user cancelled the input operation * @see #demandInt() * @see #demandInt(StringableFilter) * @see #demandIntAsHex() * @see #demandIntAsHex(StringableFilter) * @see #requestInt() * @see #requestInt(StringableFilter) * @see #requestIntAsHex(StringableFilter) */ public int requestIntAsHex() throws CancelledException { return requestIntAsHex(null); } /** * Returns an int extracted from the field * as hexidecimal data * using the optional model with the given filter. * * @param f the filter to use for the input operation * @throws CancelledException * if the user cancelled the input operation * @see #demandInt() * @see #demandInt(StringableFilter) * @see #demandIntAsHex() * @see #demandIntAsHex(StringableFilter) * @see #requestInt() * @see #requestInt(StringableFilter) * @see #requestIntAsHex() */ public int requestIntAsHex(StringableFilter f) throws CancelledException { HexXInt object = (HexXInt) requestObject(HexXInt.class, f); return object.getValue(); } ///////////////////////////////// // Demand and request for long // ///////////////////////////////// /** * Returns a long extracted from the field * using the mandatory model. * * @see #demandLong(StringableFilter) * @see #demandLongAsHex() * @see #demandLongAsHex(StringableFilter) * @see #requestLong() * @see #requestLong(StringableFilter) * @see #requestLongAsHex() * @see #requestLongAsHex(StringableFilter) */ public long demandLong() { return demandLong(null); } /** * Returns a long extracted from the field * using the mandatory model with the given filter. * * @param f the filter to use for the input operation * @see #demandLong() * @see #demandLongAsHex() * @see #demandLongAsHex(StringableFilter) * @see #requestLong() * @see #requestLong(StringableFilter) * @see #requestLongAsHex() * @see #requestLongAsHex(StringableFilter) */ public long demandLong(StringableFilter f) { XLong object = (XLong) demandObject(XLong.class, f); return object.getValue(); } /** * Returns a long extracted from the field * as hexidecimal data * using the mandatory model. * * @see #demandLong() * @see #demandLong(StringableFilter) * @see #demandLongAsHex(StringableFilter) * @see #requestLong() * @see #requestLong(StringableFilter) * @see #requestLongAsHex() * @see #requestLongAsHex(StringableFilter) */ public long demandLongAsHex() { return demandLongAsHex(null); } /** * Returns a long extracted from the field * as hexidecimal data * using the mandatory model with the given filter. * * @param f the filter to use for the input operation * @see #demandLong() * @see #demandLong(StringableFilter) * @see #demandLongAsHex() * @see #requestLong() * @see #requestLong(StringableFilter) * @see #requestLongAsHex() * @see #requestLongAsHex(StringableFilter) */ public long demandLongAsHex(StringableFilter f) { HexXLong object = (HexXLong) demandObject(HexXLong.class, f); return object.getValue(); } /** * Returns a long extracted from the field * using the optional model. * * @throws CancelledException * if the user cancelled the input operation * @see #demandLong() * @see #demandLong(StringableFilter) * @see #demandLongAsHex() * @see #demandLongAsHex(StringableFilter) * @see #requestLong(StringableFilter) * @see #requestLongAsHex() * @see #requestLongAsHex(StringableFilter) */ public long requestLong() throws CancelledException { return requestLong(null); } /** * Returns a long extracted from the field * using the optional model with the given filter. * * @param f the filter to use for the input operation * @throws CancelledException * if the user cancelled the input operation * @see #demandLong() * @see #demandLong(StringableFilter) * @see #demandLongAsHex() * @see #demandLongAsHex(StringableFilter) * @see #requestLong() * @see #requestLongAsHex() * @see #requestLongAsHex(StringableFilter) */ public long requestLong(StringableFilter f) throws CancelledException { XLong object = (XLong) requestObject(XLong.class, f); return object.getValue(); } /** * Returns a long extracted from the field * as hexidecimal data * using the optional model. * * @throws CancelledException * if the user cancelled the input operation * @see #demandLong() * @see #demandLong(StringableFilter) * @see #demandLongAsHex() * @see #demandLongAsHex(StringableFilter) * @see #requestLong() * @see #requestLong(StringableFilter) * @see #requestLongAsHex(StringableFilter) */ public long requestLongAsHex() throws CancelledException { return requestLongAsHex(null); } /** * Returns a long extracted from the field * as hexidecimal data * using the optional model with the given filter. * * @param f the filter to use for the input operation * @throws CancelledException * if the user cancelled the input operation * @see #demandLong() * @see #demandLong(StringableFilter) * @see #demandLongAsHex() * @see #demandLongAsHex(StringableFilter) * @see #requestLong() * @see #requestLong(StringableFilter) * @see #requestLongAsHex() */ public long requestLongAsHex(StringableFilter f) throws CancelledException { HexXLong object = (HexXLong) requestObject(HexXLong.class, f); return object.getValue(); } ///////////////////////////////// // Demand and request for float // ///////////////////////////////// /** * Returns a float extracted from the field * using the mandatory model. * * @see #demandFloat(StringableFilter) * @see #demandFloatAsHex() * @see #demandFloatAsHex(StringableFilter) * @see #requestFloat() * @see #requestFloat(StringableFilter) * @see #requestFloatAsHex() * @see #requestFloatAsHex(StringableFilter) */ public float demandFloat() { return demandFloat(null); } /** * Returns a float extracted from the field * using the mandatory model with the given filter. * * @param f the filter to use for the input operation * @see #demandFloat() * @see #demandFloatAsHex() * @see #demandFloatAsHex(StringableFilter) * @see #requestFloat() * @see #requestFloat(StringableFilter) * @see #requestFloatAsHex() * @see #requestFloatAsHex(StringableFilter) */ public float demandFloat(StringableFilter f) { XFloat object = (XFloat) demandObject(XFloat.class, f); return object.getValue(); } /** * Returns a float extracted from the field * as hexidecimal data * using the mandatory model. * * @see #demandFloat() * @see #demandFloat(StringableFilter) * @see #demandFloatAsHex(StringableFilter) * @see #requestFloat() * @see #requestFloat(StringableFilter) * @see #requestFloatAsHex() * @see #requestFloatAsHex(StringableFilter) */ public float demandFloatAsHex() { return demandFloatAsHex(null); } /** * Returns a float extracted from the field * as hexidecimal data * using the mandatory model with the given filter. * * @param f the filter to use for the input operation * @see #demandFloat() * @see #demandFloat(StringableFilter) * @see #demandFloatAsHex() * @see #requestFloat() * @see #requestFloat(StringableFilter) * @see #requestFloatAsHex() * @see #requestFloatAsHex(StringableFilter) */ public float demandFloatAsHex(StringableFilter f) { HexXFloat object = (HexXFloat) demandObject(HexXFloat.class, f); return object.getValue(); } /** * Returns a float extracted from the field * using the optional model. * * @throws CancelledException * if the user cancelled the input operation * @see #demandFloat() * @see #demandFloat(StringableFilter) * @see #demandFloatAsHex() * @see #demandFloatAsHex(StringableFilter) * @see #requestFloat(StringableFilter) * @see #requestFloatAsHex() * @see #requestFloatAsHex(StringableFilter) */ public float requestFloat() throws CancelledException { return requestFloat(null); } /** * Returns a float extracted from the field * using the optional model with the given filter. * * @param f the filter to use for the input operation * @throws CancelledException * if the user cancelled the input operation * @see #demandFloat() * @see #demandFloat(StringableFilter) * @see #demandFloatAsHex() * @see #demandFloatAsHex(StringableFilter) * @see #requestFloat() * @see #requestFloatAsHex() * @see #requestFloatAsHex(StringableFilter) */ public float requestFloat(StringableFilter f) throws CancelledException { XFloat object = (XFloat) requestObject(XFloat.class, f); return object.getValue(); } /** * Returns a float extracted from the field * as hexidecimal data * using the optional model. * * @throws CancelledException * if the user cancelled the input operation * @see #demandFloat() * @see #demandFloat(StringableFilter) * @see #demandFloatAsHex() * @see #demandFloatAsHex(StringableFilter) * @see #requestFloat() * @see #requestFloat(StringableFilter) * @see #requestFloatAsHex(StringableFilter) */ public float requestFloatAsHex() throws CancelledException { return requestFloatAsHex(null); } /** * Returns a float extracted from the field * as hexidecimal data * using the optional model with the given filter. * * @param f the filter to use for the input operation * @throws CancelledException * if the user cancelled the input operation * @see #demandFloat() * @see #demandFloat(StringableFilter) * @see #demandFloatAsHex() * @see #demandFloatAsHex(StringableFilter) * @see #requestFloat() * @see #requestFloat(StringableFilter) * @see #requestFloatAsHex() */ public float requestFloatAsHex(StringableFilter f) throws CancelledException { HexXFloat object = (HexXFloat) requestObject(HexXFloat.class, f); return object.getValue(); } ///////////////////////////////// // Demand and request for double // ///////////////////////////////// /** * Returns a double extracted from the field * using the mandatory model. * * @see #demandDouble(StringableFilter) * @see #demandDoubleAsHex() * @see #demandDoubleAsHex(StringableFilter) * @see #requestDouble() * @see #requestDouble(StringableFilter) * @see #requestDoubleAsHex() * @see #requestDoubleAsHex(StringableFilter) */ public double demandDouble() { return demandDouble(null); } /** * Returns a double extracted from the field * using the mandatory model with the given filter. * * @param f the filter to use for the input operation * @see #demandDouble() * @see #demandDoubleAsHex() * @see #demandDoubleAsHex(StringableFilter) * @see #requestDouble() * @see #requestDouble(StringableFilter) * @see #requestDoubleAsHex() * @see #requestDoubleAsHex(StringableFilter) */ public double demandDouble(StringableFilter f) { XDouble object = (XDouble) demandObject(XDouble.class, f); return object.getValue(); } /** * Returns a double extracted from the field * as hexidecimal data * using the mandatory model. * * @see #demandDouble() * @see #demandDouble(StringableFilter) * @see #demandDoubleAsHex(StringableFilter) * @see #requestDouble() * @see #requestDouble(StringableFilter) * @see #requestDoubleAsHex() * @see #requestDoubleAsHex(StringableFilter) */ public double demandDoubleAsHex() { return demandDoubleAsHex(null); } /** * Returns a double extracted from the field * as hexidecimal data * using the mandatory model with the given filter. * * @param f the filter to use for the input operation * @see #demandDouble() * @see #demandDouble(StringableFilter) * @see #demandDoubleAsHex() * @see #requestDouble() * @see #requestDouble(StringableFilter) * @see #requestDoubleAsHex() * @see #requestDoubleAsHex(StringableFilter) */ public double demandDoubleAsHex(StringableFilter f) { HexXDouble object = (HexXDouble) demandObject(HexXDouble.class, f); return object.getValue(); } /** * Returns a double extracted from the field * using the optional model. * * @throws CancelledException * if the user cancelled the input operation * @see #demandDouble() * @see #demandDouble(StringableFilter) * @see #demandDoubleAsHex() * @see #demandDoubleAsHex(StringableFilter) * @see #requestDouble(StringableFilter) * @see #requestDoubleAsHex() * @see #requestDoubleAsHex(StringableFilter) */ public double requestDouble() throws CancelledException { return requestDouble(null); } /** * Returns a double extracted from the field * using the optional model with the given filter. * * @param f the filter to use for the input operation * @throws CancelledException * if the user cancelled the input operation * @see #demandDouble() * @see #demandDouble(StringableFilter) * @see #demandDoubleAsHex() * @see #demandDoubleAsHex(StringableFilter) * @see #requestDouble() * @see #requestDoubleAsHex() * @see #requestDoubleAsHex(StringableFilter) */ public double requestDouble(StringableFilter f) throws CancelledException { XDouble object = (XDouble) requestObject(XDouble.class, f); return object.getValue(); } /** * Returns a double extracted from the field * as hexidecimal data * using the optional model. * * @throws CancelledException * if the user cancelled the input operation * @see #demandDouble() * @see #demandDouble(StringableFilter) * @see #demandDoubleAsHex() * @see #demandDoubleAsHex(StringableFilter) * @see #requestDouble() * @see #requestDouble(StringableFilter) * @see #requestDoubleAsHex(StringableFilter) */ public double requestDoubleAsHex() throws CancelledException { return requestDoubleAsHex(null); } /** * Returns a double extracted from the field * as hexidecimal data * using the optional model with the given filter. * * @param f the filter to use for the input operation * @throws CancelledException * if the user cancelled the input operation * @see #demandDouble() * @see #demandDouble(StringableFilter) * @see #demandDoubleAsHex() * @see #demandDoubleAsHex(StringableFilter) * @see #requestDouble() * @see #requestDouble(StringableFilter) * @see #requestDoubleAsHex() */ public double requestDoubleAsHex(StringableFilter f) throws CancelledException { HexXDouble object = (HexXDouble) requestObject(HexXDouble.class, f); return object.getValue(); } ///////////////////////////////// // Demand and request for char // ///////////////////////////////// /** * Returns a char extracted from the field * using the mandatory model. * * @see #demandChar(StringableFilter) * @see #requestChar() * @see #requestChar(StringableFilter) */ public char demandChar() { return demandChar(null); } /** * Returns a char extracted from the field * using the mandatory model, with the given filter. * * @param f the filter to use for the input operation * @see #demandChar() * @see #requestChar(StringableFilter) * @see #requestChar() */ public char demandChar(StringableFilter f) { XChar object = (XChar) demandObject(XChar.class, f); return object.getValue(); } /** * Returns a char extracted from the field * using the optional model. * * @throws CancelledException * if the user cancelled the input operation * @see #requestChar(StringableFilter) * @see #demandChar() * @see #demandChar(StringableFilter) */ public char requestChar() throws CancelledException { return requestChar(null); } /** * Returns a char extracted from the field * using the optional model, with the given filter. * * @param f the filter to use for the input operation * @throws CancelledException * if the user cancelled the input operation * @see #requestChar() * @see #demandChar(StringableFilter) * @see #demandChar() */ public char requestChar(StringableFilter f) throws CancelledException { XChar object = (XChar) requestObject(XChar.class, f); return object.getValue(); } //////////////////////////////////// // Demand and request for boolean // //////////////////////////////////// /** * Returns a boolean extracted from the field * using the mandatory model. * * @see #demandBoolean(StringableFilter) * @see #requestBoolean() * @see #requestBoolean(StringableFilter) */ public boolean demandBoolean() { return demandBoolean(null); } /** * Returns a boolean extracted from the field * using the mandatory model, with the given filter. * * @param f the filter to use for the input operation * @see #demandBoolean() * @see #requestBoolean(StringableFilter) * @see #requestBoolean() */ public boolean demandBoolean(StringableFilter f) { XBoolean object = (XBoolean) demandObject(XBoolean.class, f); return object.getValue(); } /** * Returns a boolean extracted from the field * using the optional model. * * @throws CancelledException * if the user cancelled the input operation * @see #requestBoolean(StringableFilter) * @see #demandBoolean() * @see #demandBoolean(StringableFilter) */ public boolean requestBoolean() throws CancelledException { return requestBoolean(null); } /** * Returns a boolean extracted from the field * using the optional model, with the given filter. * * @param f the filter to use for the input operation * @throws CancelledException * if the user cancelled the input operation * @see #requestBoolean() * @see #demandBoolean(StringableFilter) * @see #demandBoolean() */ public boolean requestBoolean(StringableFilter f) throws CancelledException { XBoolean object = (XBoolean) requestObject(XBoolean.class, f); return object.getValue(); } /////////////////////////////////// // Demand and request for String // /////////////////////////////////// /** * Returns a String extracted from the field * using the mandatory model. * * @see #demandString(StringableFilter) * @see #requestString() * @see #requestString(StringableFilter) */ public String demandString() { return demandString(null); } /** * Returns a String extracted from the field * using the mandatory model, with the given filter. * * @param f the filter to use for the input operation * @see #demandString() * @see #requestString(StringableFilter) * @see #requestString() */ public String demandString(StringableFilter f) { XString object = (XString) demandObject(XString.class, f); return object.getValue(); } /** * Returns a String extracted from the field * using the optional model. * * @throws CancelledException * if the user cancelled the input operation * @see #requestString(StringableFilter) * @see #demandString() * @see #demandString(StringableFilter) */ public String requestString() throws CancelledException { return requestString(null); } /** * Returns a String extracted from the field * using the optional model, with the given filter. * * @param f the filter to use for the input operation * @throws CancelledException * if the user cancelled the input operation * @see #requestString() * @see #demandString(StringableFilter) * @see #demandString() */ public String requestString(StringableFilter f) throws CancelledException { XString object = (XString) requestObject(XString.class, f); return object.getValue(); } ////////////////////////////////// // Demand and request for Color // ////////////////////////////////// /** *

Returns a Color extracted from the field * using the mandatory model.

* *

Although the Color input methods are * available in this view, it is recommended that the * class ColorView be used for color input.

* * @see #demandColor(StringableFilter) * @see #requestColor() * @see #requestColor(StringableFilter) */ public Color demandColor() { return demandColor(null); } /** *

Returns a Color extracted from the field * using the mandatory model, with the given filter.

* *

Although the Color input methods are * available in this view, it is recommended that the * class ColorView be used for color input.

* * @param f the filter to use for the input operation * @see #demandColor() * @see #requestColor(StringableFilter) * @see #requestColor() */ public Color demandColor(StringableFilter f) { XColor object = (XColor) demandObject(XColor.class, f); return object.getValue(); } /** *

Returns a Color extracted from the field * using the optional model.

* *

Although the Color input methods are * available in this view, it is recommended that the * class ColorView be used for color input.

* * @throws CancelledException * if the user cancelled the input operation * @see #requestColor(StringableFilter) * @see #demandColor() * @see #demandColor(StringableFilter) */ public Color requestColor() throws CancelledException { return requestColor(null); } /** *

Returns a Color extracted from the field * using the optional model, with the given filter.

* *

Although the Color input methods are * available in this view, it is recommended that the * class ColorView be used for color input.

* * @param f the filter to use for the input operation * @throws CancelledException * if the user cancelled the input operation * @see #requestColor() * @see #demandColor(StringableFilter) * @see #demandColor() */ public Color requestColor(StringableFilter f) throws CancelledException { XColor object = (XColor) requestObject(XColor.class, f); return object.getValue(); } /////////////////////////////////////// // Demand and request for BigInteger // /////////////////////////////////////// /** * Returns a BigInteger extracted from the field * using the mandatory model. * * @see #demandBigInteger(StringableFilter) * @see #requestBigInteger() * @see #requestBigInteger(StringableFilter) */ public BigInteger demandBigInteger() { return demandBigInteger(null); } /** * Returns a BigInteger extracted from the field * using the mandatory model, with the given filter. * * @param f the filter to use for the input operation * @see #demandBigInteger() * @see #requestBigInteger(StringableFilter) * @see #requestBigInteger() */ public BigInteger demandBigInteger(StringableFilter f) { XBigInteger object = (XBigInteger) demandObject(XBigInteger.class, f); return object.getValue(); } /** * Returns a BigInteger extracted from the field * using the optional model. * * @throws CancelledException * if the user cancelled the input operation * @see #requestBigInteger(StringableFilter) * @see #demandBigInteger() * @see #demandBigInteger(StringableFilter) */ public BigInteger requestBigInteger() throws CancelledException { return requestBigInteger(null); } /** * Returns a BigInteger extracted from the field * using the optional model, with the given filter. * * @param f the filter to use for the input operation * @throws CancelledException * if the user cancelled the input operation * @see #requestBigInteger() * @see #demandBigInteger(StringableFilter) * @see #demandBigInteger() */ public BigInteger requestBigInteger(StringableFilter f) throws CancelledException { XBigInteger object = (XBigInteger) requestObject(XBigInteger.class, f); return object.getValue(); } /////////////////////////////////////// // Demand and request for BigDecimal // /////////////////////////////////////// /** * Returns a BigDecimal extracted from the field * using the mandatory model. * * @see #demandBigDecimal(StringableFilter) * @see #requestBigDecimal() * @see #requestBigDecimal(StringableFilter) */ public BigDecimal demandBigDecimal() { return demandBigDecimal(null); } /** * Returns a BigDecimal extracted from the field * using the mandatory model, with the given filter. * * @param f the filter to use for the input operation * @see #demandBigDecimal() * @see #requestBigDecimal(StringableFilter) * @see #requestBigDecimal() */ public BigDecimal demandBigDecimal(StringableFilter f) { XBigDecimal object = (XBigDecimal) demandObject(XBigDecimal.class, f); return object.getValue(); } /** * Returns a BigDecimal extracted from the field * using the optional model. * * @throws CancelledException * if the user cancelled the input operation * @see #requestBigDecimal(StringableFilter) * @see #demandBigDecimal() * @see #demandBigDecimal(StringableFilter) */ public BigDecimal requestBigDecimal() throws CancelledException { return requestBigDecimal(null); } /** * Returns a BigDecimal extracted from the field * using the optional model, with the given filter. * * @param f the filter to use for the input operation * @see #requestBigDecimal() * @see #demandBigDecimal(StringableFilter) * @see #demandBigDecimal() */ public BigDecimal requestBigDecimal(StringableFilter f) throws CancelledException { XBigDecimal object = (XBigDecimal) requestObject(XBigDecimal.class, f); return object.getValue(); } /////////////////////// // Protected methods // /////////////////////// /** * Installs a focus listener implementing * the autoselect functionality for this text field. */ protected void installFocusActions() { FocusActionAdapter adapter = new FocusActionAdapter(); adapter.addFocusGainedAction(new SimpleAction() { public void perform() { if (getAutoSelect()) selectAll(); } }); addFocusListener(adapter); } }