public static Type getType(String name) {
Type t = new Type();
ElementType et = get(name);
t.setId(et.getId());
t.setName(et.toString());
return t;
}
private void removeEmptyContentElements(ElementType elementType) {
List<Serializable> contentToDelete = newArrayList();
for (Serializable content : elementType.getContent()) {
if (content instanceof String && ((String) content).matches("[\\n ].*")) {
contentToDelete.add(content);
}
}
elementType.getContent().removeAll(contentToDelete);
}
private <A extends Annotation> Annotation createAnnotation(
AnnotationType annotationType, Class<A> returnType) {
AnnotationDescriptor<A> annotationDescriptor = new AnnotationDescriptor<A>(returnType);
for (ElementType elementType : annotationType.getElement()) {
String name = elementType.getName();
Class<?> parameterType = getAnnotationParameterType(returnType, name);
Object elementValue = getElementValue(elementType, parameterType);
annotationDescriptor.setValue(name, elementValue);
}
return AnnotationFactory.create(annotationDescriptor);
}
public List removeTypes(List types) {
if (types != null) {
for (ElementType elementType : this.ElementType) {
IElementType type = elementType.getElementType(elementType.typeID);
if (type != null && types.contains(type)) {
types.remove(type);
}
}
}
return types;
}
private Element getInformXMWPElement(
String namespaceURI, String localName, String raxName, Attributes atts) throws XMWPException {
ElementType type;
try {
type = ElementType.valueOf(raxName.substring(5));
} catch (Exception e) {
throw new XMWPException("unknown inform xmwp element : " + raxName.substring(5));
}
Element element = type.newInformInstance();
element.setAttributes(atts);
return element;
}
private void generateElementAndElementTypes() {
// Laptop
ElementType laptopType = new ElementType("Laptop");
List<Element> elementList = new ArrayList<>();
elementList.add(new Element("Acer"));
elementList.add(new Element("Dell"));
elementList.add(new Element("Samsung"));
elementList.add(new Element("Apple"));
elementList.add(new Element("Asus"));
laptopType.setElementList(elementList);
elementTypeService.saveElementType(laptopType);
// CellPhone
ElementType cellPhoneType = new ElementType("CellPhone");
List<Element> cellPhoneList = new ArrayList<>();
cellPhoneList.add(new Element("Samsung"));
cellPhoneList.add(new Element("Apple"));
cellPhoneList.add(new Element("Nokia"));
cellPhoneList.add(new Element("Huawei"));
cellPhoneList.add(new Element("LG"));
cellPhoneList.add(new Element("Motorola"));
cellPhoneList.add(new Element("BlackBerry"));
cellPhoneType.setElementList(cellPhoneList);
elementTypeService.saveElementType(cellPhoneType);
// SmartWatch
ElementType watchType = new ElementType("Watch");
List<Element> watchList = new ArrayList<>();
watchList.add(new Element("iWatch"));
watchList.add(new Element("Gear S"));
watchList.add(new Element("Rolex"));
watchList.add(new Element("Bowlex"));
watchList.add(new Element("FitBit"));
watchList.add(new Element("Moto360"));
watchList.add(new Element("Watch Urbane"));
watchType.setElementList(watchList);
elementTypeService.saveElementType(watchType);
// Email
ElementType emailType = new ElementType("Email");
List<Element> emailList = new ArrayList<>();
emailList.add(new Element("Work"));
emailList.add(new Element("Personal"));
emailList.add(new Element("Delegated"));
emailType.setElementList(emailList);
elementTypeService.saveElementType(emailType);
}
@Override
public void setAsText(String text) throws IllegalArgumentException {
String capitalized = text.toUpperCase();
ElementType currency = ElementType.valueOf(capitalized);
setValue(currency);
}
private void configureAnnotationFromDefinition(AnnotationNode definition, AnnotationNode root) {
ClassNode type = definition.getClassNode();
if (!type.isResolved()) return;
Class clazz = type.getTypeClass();
if (clazz == Retention.class) {
Expression exp = definition.getMember("value");
if (!(exp instanceof PropertyExpression)) return;
PropertyExpression pe = (PropertyExpression) exp;
String name = pe.getPropertyAsString();
RetentionPolicy policy = RetentionPolicy.valueOf(name);
setRetentionPolicy(policy, root);
} else if (clazz == Target.class) {
Expression exp = definition.getMember("value");
if (!(exp instanceof ListExpression)) return;
ListExpression le = (ListExpression) exp;
int bitmap = 0;
for (Expression e : le.getExpressions()) {
PropertyExpression element = (PropertyExpression) e;
String name = element.getPropertyAsString();
ElementType value = ElementType.valueOf(name);
bitmap |= getElementCode(value);
}
root.setAllowedTargets(bitmap);
}
}
private void write(String key, Document document, DocumentType type, ValueList valueList) {
Set<String> keySet = type.types.keySet();
for (String keyName : keySet) {
ElementType elType = type.types.get(keyName);
Object value = document.get(keyName);
if (value == null) {
valueList.append((String) null);
continue;
}
if (elType.isBasicType()) {
valueList.append(value);
// for now only datatypes can be indexed
indexMap = allIndices.get(keyName);
if (indexMap != null) {
setIndex(keyName, value, key);
}
} else if ((elType.type == ElementType.TYPE_REFERENCE)
|| (elType.type == ElementType.TYPE_REFERENCE_ARRAY)) {
String dbid =
writeReference(
key, (Document) value, elType.nestedType, elType.reference, elType.referenceKey);
valueList.append(dbid);
} else if (value instanceof Document) {
writeDocument(key, (Document) value, elType.nestedType, valueList, scratchList);
} else if (value instanceof Document[]) {
scratchList.clear();
writeList.clear();
for (int j = 0; j < ((Document[]) value).length; j++) {
writeDocument(key, ((Document[]) value)[j], elType.nestedType, scratchList, writeList);
}
valueList.append(scratchList);
} else if (elType.type == ElementType.TYPE_STRING_ARRAY) {
writeStringArray((String[]) value);
} else if ((elType.type == ElementType.TYPE_INTEGER_ARRAY)
|| (elType.type == ElementType.TYPE_INTEGER_WRAPPER_ARRAY)) {
writeIntArray(value, elType.type);
} else if ((elType.type == ElementType.TYPE_LONG_ARRAY)
|| (elType.type == ElementType.TYPE_LONG_WRAPPER_ARRAY)) {
writeLongArray(value, elType.type);
} else if ((elType.type == ElementType.TYPE_DOUBLE_ARRAY)
|| (elType.type == ElementType.TYPE_DOUBLE_WRAPPER_ARRAY)) {
writeDoubleArray(value, elType.type);
} else { // if (type == ElementType.TYPE_BACK_REFERENCE) {
valueList.append(value);
}
}
}
public boolean containsElement(ElementType elementType) {
if (type.equals(elementType)
|| (leftChild != null && leftChild.containsElement(elementType))
|| (rightChild != null && rightChild.containsElement(elementType))) {
return true;
}
return false;
}
private <A extends Annotation, T> MetaConstraint<?> createMetaConstraint(
ConstraintType constraint, Class<T> beanClass, Member member, String defaultPackage) {
@SuppressWarnings("unchecked")
Class<A> annotationClass = (Class<A>) getClass(constraint.getAnnotation(), defaultPackage);
AnnotationDescriptor<A> annotationDescriptor = new AnnotationDescriptor<A>(annotationClass);
if (constraint.getMessage() != null) {
annotationDescriptor.setValue(MESSAGE_PARAM, constraint.getMessage());
}
annotationDescriptor.setValue(GROUPS_PARAM, getGroups(constraint.getGroups(), defaultPackage));
annotationDescriptor.setValue(
PAYLOAD_PARAM, getPayload(constraint.getPayload(), defaultPackage));
for (ElementType elementType : constraint.getElement()) {
String name = elementType.getName();
checkNameIsValid(name);
Class<?> returnType = getAnnotationParameterType(annotationClass, name);
Object elementValue = getElementValue(elementType, returnType);
annotationDescriptor.setValue(name, elementValue);
}
A annotation;
try {
annotation = AnnotationFactory.create(annotationDescriptor);
} catch (RuntimeException e) {
throw log.getUnableToCreateAnnotationForConfiguredConstraintException(e);
}
java.lang.annotation.ElementType type = java.lang.annotation.ElementType.TYPE;
if (member instanceof Method) {
type = java.lang.annotation.ElementType.METHOD;
} else if (member instanceof Field) {
type = java.lang.annotation.ElementType.FIELD;
}
// we set initially ConstraintOrigin.DEFINED_LOCALLY for all xml configured constraints
// later we will make copies of this constraint descriptor when needed and adjust the
// ConstraintOrigin
ConstraintDescriptorImpl<A> constraintDescriptor =
new ConstraintDescriptorImpl<A>(
annotation, constraintHelper, type, ConstraintOrigin.DEFINED_LOCALLY);
return new MetaConstraint<A>(
constraintDescriptor, new BeanConstraintLocation(beanClass, member));
}
private Object getElementValue(ElementType elementType, Class<?> returnType) {
removeEmptyContentElements(elementType);
boolean isArray = returnType.isArray();
if (!isArray) {
if (elementType.getContent().size() != 1) {
throw log.getAttemptToSpecifyAnArrayWhereSingleValueIsExpectedException();
}
return getSingleValue(elementType.getContent().get(0), returnType);
} else {
List<Object> values = newArrayList();
for (Serializable s : elementType.getContent()) {
values.add(getSingleValue(s, returnType.getComponentType()));
}
return values.toArray(
(Object[]) Array.newInstance(returnType.getComponentType(), values.size()));
}
}
protected void makeFlat() {
super.makeFlat();
setTagName("<layer>");
setElementRendererCreator(
new ElementRendererCreator() {
public ElementRenderer[] createElementRenderer(final Nifty nifty) {
return nifty.getRootLayerFactory().createPanelRenderer();
}
});
}
public synchronized void elementChanged(Object source, ElementType element, int pos) {
LinearElement node = root.getVector().get(pos);
AnimationUtil.move(
node,
node.getX() + boxWidth / 3,
node.getY(),
true,
((ALinearLayoutManager<ElementType>)
visualizer.getLayoutManagerOfBuffer((ListenableVector<ElementType>) source))
.getHighlighting(),
((FlexibleShape)
visualizer.getLayoutManagerOfBuffer((ListenableVector<ElementType>) source))
.getColor());
node.setObject(element);
BoundedShape shape = node.getShape();
try {
double shapeStretchFactor = Double.parseDouble(element.toString());
shape.setWidth((int) (boxWidth * (dynamicWidth ? shapeStretchFactor : 1)));
shape.setHeight((int) (boxHeight * (dynamicHeight ? shapeStretchFactor : 1)));
} catch (Exception e) {
shape.setWidth((int) (boxWidth));
shape.setHeight((int) (boxHeight));
}
if (shape instanceof TextShape) ((TextShape) shape).setText(element.toString());
if (shape instanceof LabelShape) ((LabelShape) shape).setText(element.toString());
AnimationUtil.move(
node,
node.getX() - boxWidth / 3,
node.getY(),
true,
((ALinearLayoutManager<ElementType>)
visualizer.getLayoutManagerOfBuffer((ListenableVector<ElementType>) source))
.getHighlighting(),
((FlexibleShape)
visualizer.getLayoutManagerOfBuffer((ListenableVector<ElementType>) source))
.getColor());
}
private void configureAnnotation(AnnotationNode node, Annotation annotation) {
Class type = annotation.annotationType();
if (type == Retention.class) {
Retention r = (Retention) annotation;
RetentionPolicy value = r.value();
setRetentionPolicy(value, node);
node.setMember(
"value",
new PropertyExpression(
new ClassExpression(ClassHelper.makeWithoutCaching(RetentionPolicy.class, false)),
value.toString()));
} else if (type == Target.class) {
Target t = (Target) annotation;
ElementType[] elements = t.value();
ListExpression elementExprs = new ListExpression();
for (ElementType element : elements) {
elementExprs.addExpression(
new PropertyExpression(
new ClassExpression(ClassHelper.ELEMENT_TYPE_TYPE), element.name()));
}
node.setMember("value", elementExprs);
} else {
Method[] declaredMethods = type.getDeclaredMethods();
for (int i = 0; i < declaredMethods.length; i++) {
Method declaredMethod = declaredMethods[i];
try {
Object value = declaredMethod.invoke(annotation);
Expression valueExpression = annotationValueToExpression(value);
if (valueExpression == null) continue;
node.setMember(declaredMethod.getName(), valueExpression);
} catch (IllegalAccessException e) {
} catch (InvocationTargetException e) {
}
}
}
}
private OSXHIDElement createElementFromElementProperties(Map element_properties) {
/* long size = getLongFromProperties(element_properties, kIOHIDElementSizeKey);
// ignore elements that can't fit into the 32 bit value field of a hid event
if (size > 32)
return null;*/
long element_cookie = getLongFromProperties(element_properties, kIOHIDElementCookieKey);
int element_type_id = getIntFromProperties(element_properties, kIOHIDElementTypeKey);
ElementType element_type = ElementType.map(element_type_id);
int min =
(int)
getLongFromProperties(element_properties, kIOHIDElementMinKey, AXIS_DEFAULT_MIN_VALUE);
int max =
(int)
getLongFromProperties(element_properties, kIOHIDElementMaxKey, AXIS_DEFAULT_MAX_VALUE);
/* long scaled_min = getLongFromProperties(element_properties, kIOHIDElementScaledMinKey, Long.MIN_VALUE);
long scaled_max = getLongFromProperties(element_properties, kIOHIDElementScaledMaxKey, Long.MAX_VALUE);*/
UsagePair device_usage_pair = getUsagePair();
boolean default_relative =
device_usage_pair != null
&& (device_usage_pair.getUsage() == GenericDesktopUsage.POINTER
|| device_usage_pair.getUsage() == GenericDesktopUsage.MOUSE);
boolean is_relative =
getBooleanFromProperties(element_properties, kIOHIDElementIsRelativeKey, default_relative);
/* boolean is_wrapping = getBooleanFromProperties(element_properties, kIOHIDElementIsWrappingKey);
boolean is_non_linear = getBooleanFromProperties(element_properties, kIOHIDElementIsNonLinearKey);
boolean has_preferred_state = getBooleanFromProperties(element_properties, kIOHIDElementHasPreferredStateKey);
boolean has_null_state = getBooleanFromProperties(element_properties, kIOHIDElementHasNullStateKey);*/
int usage = getIntFromProperties(element_properties, kIOHIDElementUsageKey);
int usage_page = getIntFromProperties(element_properties, kIOHIDElementUsagePageKey);
UsagePair usage_pair = createUsagePair(usage_page, usage);
if (usage_pair == null
|| (element_type != ElementType.INPUT_MISC
&& element_type != ElementType.INPUT_BUTTON
&& element_type != ElementType.INPUT_AXIS)) {
// log.info("element_type = 0x" + element_type + " | usage = " + usage + " | usage_page = " +
// usage_page);
return null;
} else {
return new OSXHIDElement(
this, usage_pair, element_cookie, element_type, min, max, is_relative);
}
}
private void updateState(String newMap) {
for (int i = 0, j = 0; i < newMap.length(); i++, j = i / size) {
raw[i % size][j] = newMap.charAt(i);
ElementType type = ElementType.parseChar(newMap.charAt(i));
Element el;
if (type == ElementType.ME) {
me = new Tank(ElementType.ME, i % size, j);
el = me;
} else if (type == ElementType.TANK) {
el = new Tank(ElementType.TANK, i % size, j);
actors.add((Actor) el);
} else if (type == ElementType.SHELL) {
el = new Shell(i % size, j);
actors.add((Actor) el);
} else {
el = new Element(type);
}
map[i % size][j] = el;
}
}
public ElementRule(Node node, IElement parent) {
parentRule = parent;
try {
name = XMLUtil.getTextContent(node, "name", false);
if (!name.equals("")) {
hasElementName = true;
}
String mode = XMLUtil.getTextContent(node, "@mode", false);
if (mode.equalsIgnoreCase("off")) {
isOn = RunMode.OFF;
return;
}
type = ElementType.valueOf(XMLUtil.getTextContent(node, "@type", true, "UNKNOWN", false));
switch (type) {
case SCRIPT:
Node qoNode = XMLUtil.getNode(node, "events/doscript", false);
doClassName = getClassName(qoNode, "doscript");
if (doClassName == null) {
isValid = false;
}
break;
case INCLUDED_PAGE:
value = XMLUtil.getTextContent(node, "value", false);
break;
default:
break;
}
} catch (Exception e) {
AppEnv.logger.errorLogEntry(e);
isValid = false;
}
}
/**
* Returns <CODE>true</CODE> if Element is a halogen (F, Cl, Br, I, At).
*
* @return <CODE>true</CODE> if Element is a halogen.
*/
public boolean isHalogen() {
return elementType.equals(ElementType.HALOGEN);
}
/**
* Returns <CODE>true</CODE> if ElementType is a non-metal.
*
* @return <CODE>true</CODE> if ElementType is a non-metal.
*/
public boolean isNonMetal() {
return elementType.isNonMetal();
}
/**
* Returns <CODE>true</CODE> if ElementType is a metalloid.
*
* @return <CODE>true</CODE> if ElementType is a metalloid.
*/
public boolean isMetalloid() {
return elementType.isMetalloid();
}