use of org.apache.pivot.wtk.Window in project pivot by apache.
the class TerraTextInputSkin method focusedChanged.
@Override
public void focusedChanged(Component component, Component obverseComponent) {
super.focusedChanged(component, obverseComponent);
TextInput textInput = (TextInput) component;
Window window = textInput.getWindow();
if (component.isFocused()) {
// If focus was permanently transferred within this window, select all
if (obverseComponent == null || obverseComponent.getWindow() == window) {
if (Mouse.getCapturer() != component) {
textInput.selectAll();
}
}
if (textInput.getSelectionLength() == 0) {
int selectionStart = textInput.getSelectionStart();
if (selectionStart < textInput.getCharacterCount()) {
scrollCharacterToVisible(selectionStart);
}
showCaret(true);
} else {
showCaret(false);
}
} else {
// clear the selection
if (obverseComponent == null || obverseComponent.getWindow() == window) {
textInput.clearSelection();
}
showCaret(false);
}
repaintComponent();
}
use of org.apache.pivot.wtk.Window in project pivot by apache.
the class TerraSheetSkin method windowOpened.
@Override
public void windowOpened(Window window) {
super.windowOpened(window);
Display display = window.getDisplay();
display.getContainerMouseListeners().add(displayMouseListener);
display.reenterMouse();
if (dropShadowDecorator != null) {
dropShadowDecorator.setShadowOpacity(DropShadowDecorator.DEFAULT_SHADOW_OPACITY);
}
alignToOwner();
Window owner = window.getOwner();
owner.getComponentListeners().add(ownerListener);
openTransition = new OpenTransition(false);
openTransition.start(new TransitionListener() {
@Override
public void transitionCompleted(Transition transition) {
openTransition = null;
}
});
if (!window.requestFocus()) {
Component.clearFocus();
}
}
use of org.apache.pivot.wtk.Window in project pivot by apache.
the class TerraSheetSkin method previewSheetClose.
@Override
public Vote previewSheetClose(Sheet sheet, boolean result) {
Vote vote = Vote.APPROVE;
// Don't start the transition if the sheet is being closed as a result
// of the owner closing
Window owner = sheet.getOwner();
if (!(owner.isClosing() || owner.isClosed() || doingFinalClose)) {
if (openTransition == null) {
// Setup for the close transition
// Don't start it until we know that everyone
// else is okay with it
openTransition = new OpenTransition(true);
closingResult = result;
} else {
// Reverse the open transition
if (openTransition.isRunning()) {
openTransition.reverse();
}
}
vote = (openTransition != null) ? Vote.DEFER : Vote.APPROVE;
}
return vote;
}
use of org.apache.pivot.wtk.Window in project pivot by apache.
the class TerraSheetSkin method alignToOwner.
public void alignToOwner() {
Sheet sheet = (Sheet) getComponent();
Window owner = sheet.getOwner();
if (owner != null) {
Bounds clientArea = owner.getClientArea();
Point location = owner.mapPointToAncestor(owner.getDisplay(), clientArea.x, clientArea.y);
int x = location.x;
int y = location.y;
switch(slideSource) {
case NORTH:
x = location.x + (clientArea.width - getWidth()) / 2;
y = location.y;
break;
case SOUTH:
x = location.x + (clientArea.width - getWidth()) / 2;
y = location.y + (clientArea.height - getHeight());
break;
case WEST:
x = location.x;
y = location.y + (clientArea.height - getHeight()) / 2;
break;
case EAST:
x = location.x + (clientArea.width - getWidth());
y = location.y + (clientArea.height - getHeight()) / 2;
break;
default:
throw new IllegalStateException("slideSource is null or an unexpected value");
}
sheet.setLocation(x, y);
}
}
use of org.apache.pivot.wtk.Window in project pivot by apache.
the class TextInputValidatorTest method startup.
@Override
public void startup(final Display display, final Map<String, String> properties) throws Exception {
System.out.println("Starting TextInputValidatorTest ...");
System.out.println("current Locale is " + locale);
// sample different ways to format numbers in i18n compatible way
NumberFormat nf = NumberFormat.getInstance();
//
// String customDecimalPattern = ""###,###.###"";
// DecimalFormat df = new DecimalFormat(customDecimalPattern);
//
// StringBuffer sb = new StringBuffer();
// Formatter formatter = new Formatter(sb, locale);
// String customDecimalFormat = "%,.3f";
//
BXMLSerializer bxmlSerializer = new BXMLSerializer();
window = new Window((Component) bxmlSerializer.readObject(getClass().getResource("text_input_validator_test.bxml")));
Map<String, Object> namespace = bxmlSerializer.getNamespace();
textinputLocale = (TextInput) namespace.get("textinputLocale");
textinputComparableBigDecimal = (TextInput) namespace.get("textinputComparableBigDecimal");
textinputComparableRange = (TextInput) namespace.get("textinputComparableRange");
textinputDouble = (TextInput) namespace.get("textinputDouble");
textinputFloat = (TextInput) namespace.get("textinputFloat");
textinputFloatRange = (TextInput) namespace.get("textinputFloatRange");
textinputIntRange = (TextInput) namespace.get("textinputIntRange");
textinputDateRegex = (TextInput) namespace.get("textinputDateRegex");
textinputCustomBoolean = (TextInput) namespace.get("textinputCustomBoolean");
textinputNotEmptyText = (TextInput) namespace.get("textinputNotEmptyText");
textinputEmptyText = (TextInput) namespace.get("textinputEmptyText");
textinputLocale.setText(locale.toString());
String testValue = "123456789.0";
// new, validate a value but using BigDecimalValidator (subclass of ComparableValidator)
// huge value, and outside double range ...
textinputComparableBigDecimal.setText("1e300");
BigDecimalValidator bdComp = new BigDecimalValidator();
System.out.println("BigDecimalValidator: created instance with value: " + bdComp);
// enable auto-trim of input string, before validating
bdComp.setAutoTrim(true);
System.out.println("BigDecimalValidator: enable auto-trim of input string, before validating");
textinputComparableBigDecimal.setValidator(bdComp);
// new, validate in a range but using ComparableRangeValidator
textinputComparableRange.setText(nf.format(new BigDecimal(testValue)));
ComparableRangeValidator<BigDecimal> bdCompRange = new ComparableRangeValidator<>(new BigDecimal("2.0"), new BigDecimal("123456789"));
System.out.println("ComparableRangeValidator: created instance with value: " + bdCompRange);
// enable auto-trim of input string, before validating
bdCompRange.setAutoTrim(true);
System.out.println("ComparableRangeValidator: enable auto-trim of input string, before validating");
textinputComparableRange.setValidator(bdCompRange);
textinputComparableRange.getTextInputListeners().add(new TextInputListener() {
@Override
public void textValidChanged(final TextInput textInput) {
invalidComparableRangeLabel.setText(validText(textInput));
}
});
invalidComparableRangeLabel = (Label) namespace.get("invalidComparableRangeLabel");
// positive infinity text
textinputDouble.setText("+\u221E");
textinputDouble.setValidator(new DoubleValidator());
// textinputFloat.setText("123456.789");
// new, show different ways to format decimal values in i18n format
Double value = new Double(testValue);
// textinputFloat.setText(value.toString());
// textinputFloat.setText(String.format(customDecimalFormat, value)); // sample using String.format
// formatter.format(customDecimalFormat, value); // sample using Formatter
// textinputFloat.setText(sb.toString()); // sample using Formatter
// textinputFloat.setText(nf.format(value)); // sample using NumberFormat
// textinputFloat.setText(df.format(value)); // sample using DecimalFormat
// using this as a sample
textinputFloat.setText(nf.format(value));
textinputFloat.setValidator(new FloatValidator());
// standard float range model
// note that float approximations could give errors,
// try to increment/decrement the initial value near a range end, to see problems ...
textinputFloatRange.setText(nf.format(new Float(testValue)));
textinputFloatRange.setValidator(new FloatRangeValidator(2.0f, 123456789f));
// test the listener by updating a label
textinputFloatRange.getTextInputListeners().add(new TextInputListener() {
@Override
public void textValidChanged(final TextInput textInput) {
invalidLabel.setText(validText(textInput));
}
});
invalidLabel = (Label) namespace.get("invalidLabel");
// standard int range model
textinputIntRange.setText("0");
textinputIntRange.setValidator(new IntRangeValidator(0, 100));
// validate using a date regex.
textinputDateRegex.setText("2009-09-01");
textinputDateRegex.setValidator(new RegexTextValidator("(19|20)\\d\\d[- /.](0[1-9]|1[012])[-/.](0[1-9]|[12][0-9]|3[01])"));
// creating a custom model that only accepts "true" or "false"
textinputCustomBoolean.setText("true");
textinputCustomBoolean.setValidator(new Validator() {
@Override
public boolean isValid(final String s) {
return "true".equals(s) || "false".equals(s);
}
});
// validate any not-empty text
textinputNotEmptyText.setText(" Not Empty, and with spaces ");
textinputNotEmptyText.setValidator(new NotEmptyTextValidator());
// validate any empty text, edge case
textinputEmptyText.setText(" ");
textinputEmptyText.setValidator(new EmptyTextValidator());
window.setTitle("Text Input Validator Test");
window.setMaximized(true);
window.open(display);
}
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