/**
* Returns an object that implements the given interface to allow access to non-standard methods,
* or standard methods not exposed by the proxy. The result may be either the object found to
* implement the interface or a proxy for that object. If the receiver implements the interface
* then that is the object. If the receiver is a wrapper and the wrapped object implements the
* interface then that is the object. Otherwise the object is the result of calling <code>unwrap
* </code> recursively on the wrapped object. If the receiver is not a wrapper and does not
* implement the interface, then an <code>SQLException</code> is thrown.
*
* @param iface A Class defining an interface that the result must implement.
* @return an object that implements the interface. May be a proxy for the actual implementing
* object.
* @throws java.sql.SQLException If no object found that implements the interface
* @since 1.6
*/
public synchronized <T> T unwrap(java.lang.Class<T> iface) throws java.sql.SQLException {
try {
if ("java.sql.Statement".equals(iface.getName())
|| "java.sql.PreparedStatement".equals(iface.getName())
|| "java.sql.Wrapper.class".equals(iface.getName())) {
return iface.cast(this);
}
if (unwrappedInterfaces == null) {
unwrappedInterfaces = new HashMap();
}
Object cachedUnwrapped = unwrappedInterfaces.get(iface);
if (cachedUnwrapped == null) {
if (cachedUnwrapped == null) {
cachedUnwrapped =
Proxy.newProxyInstance(
this.wrappedStmt.getClass().getClassLoader(),
new Class[] {iface},
new ConnectionErrorFiringInvocationHandler(this.wrappedStmt));
unwrappedInterfaces.put(iface, cachedUnwrapped);
}
unwrappedInterfaces.put(iface, cachedUnwrapped);
}
return iface.cast(cachedUnwrapped);
} catch (ClassCastException cce) {
throw SQLError.createSQLException(
"Unable to unwrap to " + iface.toString(),
SQLError.SQL_STATE_ILLEGAL_ARGUMENT,
this.exceptionInterceptor);
}
}
/*
* Create a new ObjectStreamClass_1_3_1 from a loaded class.
* Don't call this directly, call lookup instead.
*/
private ObjectStreamClass_1_3_1(
java.lang.Class cl, ObjectStreamClass_1_3_1 superdesc, boolean serial, boolean extern) {
ofClass = cl; /* created from this class */
if (Proxy.isProxyClass(cl)) {
forProxyClass = true;
}
name = cl.getName();
superclass = superdesc;
serializable = serial;
if (!forProxyClass) {
// proxy classes are never externalizable
externalizable = extern;
}
/*
* Enter this class in the table of known descriptors.
* Otherwise, when the fields are read it may recurse
* trying to find the descriptor for itself.
*/
insertDescriptorFor(this);
/*
* The remainder of initialization occurs in init(), which is called
* after the lock on the global class descriptor table has been
* released.
*/
}
private static boolean lookForInterface(
java.lang.Class<?> klass, String className, Set<java.lang.Class<?>> alreadyVisited) {
if (klass.getName().equals(className)) return true;
// did we already visit this type?
if (!alreadyVisited.add(klass)) return false;
// first see if it satisfies it directly
SatisfiedTypes satisfiesAnnotation = klass.getAnnotation(SatisfiedTypes.class);
if (satisfiesAnnotation != null) {
for (String satisfiedType : satisfiesAnnotation.value()) {
satisfiedType = declClassName(satisfiedType);
int i = satisfiedType.indexOf('<');
if (i > 0) {
satisfiedType = satisfiedType.substring(0, i);
}
try {
if (lookForInterface(
java.lang.Class.forName(satisfiedType, true, klass.getClassLoader()),
className,
alreadyVisited)) {
return true;
}
} catch (ClassNotFoundException e) {
throw new RuntimeException(e);
}
}
}
// now look at this class's interfaces
for (java.lang.Class<?> intrface : klass.getInterfaces()) {
if (lookForInterface(intrface, className, alreadyVisited)) return true;
}
// no luck
return false;
}
@SuppressWarnings("unchecked")
private boolean hasValidConstructor(java.lang.Class<?> aClass) {
// The cast below is not necessary with the Java 5 compiler, but necessary with the Java 6
// compiler,
// where the return type of Class.getDeclaredConstructors() was changed
// from Constructor<T>[] to Constructor<?>[]
Constructor<? extends TestCase>[] constructors =
(Constructor<? extends TestCase>[]) aClass.getConstructors();
for (Constructor<? extends TestCase> constructor : constructors) {
if (Modifier.isPublic(constructor.getModifiers())) {
java.lang.Class<?>[] parameterTypes = constructor.getParameterTypes();
if (parameterTypes.length == 0
|| (parameterTypes.length == 1 && parameterTypes[0] == String.class)) {
return true;
}
}
}
Log.i(
LOG_TAG,
String.format(
"TestCase class %s is missing a public constructor with no parameters "
+ "or a single String parameter - skipping",
aClass.getName()));
return false;
}
private static boolean classExtendsClass(java.lang.Class<?> klass, String className) {
if (klass == null) return false;
if (klass.getName().equals(className)) return true;
if ((className.equals("ceylon.language.Basic"))
&& klass != java.lang.Object.class
&& !isSubclassOfString(klass)
// && klass!=java.lang.String.class
&& !klass.isAnnotationPresent(Class.class)
&& (!klass.isInterface() || !klass.isAnnotationPresent(Ceylon.class))) {
// TODO: this is broken for a Java class that
// extends a Ceylon class
return true;
}
Class classAnnotation = klass.getAnnotation(Class.class);
if (classAnnotation != null) {
String superclassName = declClassName(classAnnotation.extendsType());
int i = superclassName.indexOf('<');
if (i > 0) {
superclassName = superclassName.substring(0, i);
}
if (superclassName.isEmpty()) {
return false;
}
try {
return classExtendsClass(
java.lang.Class.forName(superclassName, true, klass.getClassLoader()), className);
} catch (ClassNotFoundException e) {
throw new RuntimeException(e);
}
}
return classExtendsClass(klass.getSuperclass(), className);
}
/**
* Casts this {@code Class} to represent a subclass of the specified class. If successful, this
* {@code Class} is returned; otherwise a {@code ClassCastException} is thrown.
*
* @param clazz the required type.
* @return this {@code Class} cast as a subclass of the given type.
* @throws ClassCastException if this {@code Class} cannot be cast to the specified type.
*/
@SuppressWarnings("unchecked")
public <U> Class<? extends U> asSubclass(Class<U> clazz) {
if (clazz.isAssignableFrom(this)) {
return (Class<? extends U>) this;
}
String actualClassName = this.getName();
String desiredClassName = clazz.getName();
throw new ClassCastException(actualClassName + " cannot be cast to " + desiredClassName);
}
public static int removeTimer(Class handlerClass) {
String hashKey = handlerClass.getName();
String handlerNum = (String) timerHashTable.get(hashKey);
timerHashTable.remove(hashKey);
timerHashTable.remove(handlerNum);
return IPC_removeTimer(Integer.parseInt(handlerNum));
}
public static int unsubscribeConnect(Class connectHandlerClass) {
if (!removeFromHandlerList(connectHandlers, connectHandlerClass)) {
System.out.println("No connection handler found of class " + connectHandlerClass.getName());
return IPC_Error;
} else if (connectHandlers.size() == 0) {
return IPC_unsubscribeConnect();
} else {
return IPC_OK;
}
}
public static int unsubscribe(String msgName, Class msgHandlerClass) {
/* Do it this way because multiple handlers can be subscribed for the
same message */
String handlerName = msgName + msgHandlerClass.getName();
String hashKey = (String) msgHashTable.get(handlerName);
msgHashTable.remove(handlerName);
msgHashTable.remove(hashKey);
return IPC_unsubscribe(msgName, handlerName);
}
@SuppressWarnings("unchecked")
private Constructor<T> findConstructor(Constructor<?>[] candidates, Class<?>... parameterTypes)
throws NoSuchMethodException, SecurityException {
for (Constructor<?> c : candidates) {
if (R.matchParameterTypes(c, parameterTypes)) {
return (Constructor<T>) c;
}
}
throw new NoSuchMethodException(
clazz.getName() + '(' + parameterTypesToString(parameterTypes) + ')');
}
public GElement newGElement(java.lang.Class<? extends GElement> elementClass)
throws NoProductException {
try {
Constructor<? extends GElement> constructor = elementClass.getConstructor(String.class);
String id = IDgenerator.getInstance().generate(elementClass);
GElement result = constructor.newInstance(id);
result.initDefault();
return result;
} catch (Exception ex) {
ex.printStackTrace();
throw new NoProductException(elementClass.getName());
}
}
public ProducedType toProducedType(
ProducedType qualifyingType, RuntimeModuleManager moduleManager) {
// FIXME: is this really enough?
String typeName = klass.getName();
Module module = moduleManager.findModuleForClass(klass);
TypeDeclaration decl =
(TypeDeclaration)
moduleManager.getModelLoader().getDeclaration(module, typeName, DeclarationType.TYPE);
List<ProducedType> typeArgs = new ArrayList<ProducedType>(typeArguments.length);
for (TypeDescriptor typeArg : typeArguments) {
typeArgs.add(typeArg.toProducedType(moduleManager));
}
return decl.getProducedType(qualifyingType, typeArgs);
}
public java.lang.Class getClass(java.lang.String name, java.lang.Class defaultValue) {
java.lang.String className = null;
if (defaultValue == null) {
className = this.getString(name, name);
} else {
className = this.getString(name, defaultValue.getName());
}
java.lang.Class retClass = null;
try {
retClass = Class.forName(className);
} catch (java.lang.ClassNotFoundException e) {
retClass = defaultValue;
}
return retClass;
}
/**
* Get the package for the specified class. The class's class loader is used to find the package
* instance corresponding to the specified class. If the class loader is the bootstrap class
* loader, which may be represented by {@code null} in some implementations, then the set of
* packages loaded by the bootstrap class loader is searched to find the package.
*
* <p>Packages have attributes for versions and specifications only if the class loader created
* the package instance with the appropriate attributes. Typically those attributes are defined in
* the manifests that accompany the classes.
*
* @param class the class to get the package of.
* @return the package of the class. It may be null if no package information is available from
* the archive or codebase.
*/
static Package getPackage(Class<?> c) {
String name = c.getName();
int i = name.lastIndexOf('.');
if (i != -1) {
name = name.substring(0, i);
ClassLoader cl = c.getClassLoader();
if (cl != null) {
return cl.getPackage(name);
} else {
return getSystemPackage(name);
}
} else {
return null;
}
}
private static void appendTypeName(StringBuilder out, Class<?> c) {
if (c == null) {
out.append("null");
} else {
int dimensions = 0;
while (c.isArray()) {
c = c.getComponentType();
dimensions++;
}
out.append(c.getName());
for (int d = 0; d < dimensions; d++) {
out.append("[]");
}
}
}
public static int unsubscribeHandlerChange(String msgName, Class handlerChangeHandlerClass) {
List handlerList = (List) handlerChangeHashTable.get(msgName);
if (handlerList == null) {
return IPC_Error;
} else if (!removeFromHandlerList(handlerList, handlerChangeHandlerClass)) {
System.out.println(
"No change handler found for message "
+ msgName
+ " of class "
+ handlerChangeHandlerClass.getName());
return IPC_Error;
} else if (handlerList.size() == 0) {
return IPC_unsubscribeHandlerChange(msgName);
} else {
return IPC_OK;
}
}
private static <T> T __check_arg__(java.lang.Class<T> expectedClass, Object argument) {
T result = null;
if (java.lang.Integer.class.equals(expectedClass) && argument instanceof Double) {
result = (T) new java.lang.Integer(((Double) argument).intValue());
} else if (java.lang.Float.class.equals(expectedClass) && argument instanceof Double) {
result = (T) new java.lang.Float(((Double) argument).floatValue());
} else {
try {
result = expectedClass.cast(argument);
} catch (Throwable ex) {
throw new IllegalArgumentException(
String.format(
"Bad parameter type in call to %s. Found '%s' when expected '%s'.",
"nbActions", argument.getClass().getName(), expectedClass.getName()));
}
}
return result;
}
public <S> S getBusinessObject(Object ejbRef, java.lang.Class<S> businessInterface) {
EJBLocalObjectImpl localObjectImpl = getEJBLocalObject(ejbRef);
if (localObjectImpl == null) {
throw new IllegalStateException("Invalid ejb ref");
}
Container container = localObjectImpl.getContainer();
EjbDescriptor ejbDesc = container.getEjbDescriptor();
S businessObject = null;
if (businessInterface != null) {
String intfName = businessInterface.getName();
if (ejbDesc.getLocalBusinessClassNames().contains(intfName)) {
// Get proxy corresponding to this business interface.
businessObject = (S) localObjectImpl.getClientObject(intfName);
} else if (ejbDesc.isLocalBean()) {
// If this is a no-interface view session bean, the bean
// can be accessed through interfaces in its superclass as well
boolean isValidBusinessInterface =
ejbDesc.getNoInterfaceLocalBeanClasses().contains(intfName);
if ((intfName.equals(ejbDesc.getEjbClassName())) || isValidBusinessInterface) {
businessObject = (S) localObjectImpl.getClientObject(ejbDesc.getEjbClassName());
}
}
}
if (businessObject == null) {
throw new IllegalStateException(
"Unable to convert ejbRef for ejb "
+ ejbDesc.getName()
+ " to a business object of type "
+ businessInterface);
}
return businessObject;
}
private Method findMethod(Method[] candidates, String name, Class<?>... parameterTypes)
throws NoSuchMethodException {
Method firstMatch = null;
List<Method> allMatches = null;
for (Method m : candidates) {
if (name.equals(m.getName()) && R.matchParameterTypes(m, parameterTypes)) {
if (firstMatch == null) {
firstMatch = m;
} else {
if (allMatches == null) {
allMatches = new ArrayList<Method>();
allMatches.add(firstMatch);
}
allMatches.add(m);
}
}
}
if (firstMatch == null) {
throw new NoSuchMethodException(
clazz.getName() + "." + name + '(' + parameterTypesToString(parameterTypes) + ')');
}
if (allMatches == null) {
return firstMatch;
}
// There are multiple methods with the same name and parameter types. The RI's docs says
// pick the method with the most specific return type or pick an arbitrary if there are
// no such methods. Dalvik just filters out synthetic methods and then picks an arbitrary
// one (if the source language is Java there should only be one non-synthetic match).
Method result = null;
for (Method m : allMatches) {
if (!m.isSynthetic()) {
return m;
}
result = m;
}
return result;
}
private static boolean isSubclassOfString(java.lang.Class<?> klass) {
return klass.getName().equals("com.redhat.ceylon.compiler.java.language.EmptyString")
|| klass.getName().equals("com.redhat.ceylon.compiler.java.language.SequenceString");
}
public Path(final java.lang.Class<?> classObject) {
this.path = classObject.getName().replaceAll("\\$", ".");
}
private void createXMLOutputDoc(
Document doc, List<GridElement> entities, Element current, Group group) {
// list of elements that are not inserted yet (to increase performance)
List<GridElement> toBeCheckedAgain = new ArrayList<GridElement>();
List<Group> insert_groups = new ArrayList<Group>();
for (GridElement e : entities) {
// only insert element in right grouping element
boolean insert_here = false;
if ((group == null) && (e.getGroup() == null)) insert_here = true;
else if (group != null) if (group.equals(e.getGroup())) insert_here = true;
if (insert_here) {
if (e instanceof Group) insert_groups.add((Group) e);
else { // insert normal entity element
java.lang.Class<? extends GridElement> c = e.getClass();
String sElType = c.getName();
int[] coor = e.getCoordinates();
String sElPanelAttributes = e.getPanelAttributes();
String sElAdditionalAttributes = e.getAdditionalAttributes();
Element el = doc.createElement("element");
current.appendChild(el);
Element elType = doc.createElement("type");
elType.appendChild(doc.createTextNode(sElType));
el.appendChild(elType);
Element elCoor = doc.createElement("coordinates");
el.appendChild(elCoor);
Element elX = doc.createElement("x");
elX.appendChild(doc.createTextNode("" + coor[0]));
elCoor.appendChild(elX);
Element elY = doc.createElement("y");
elY.appendChild(doc.createTextNode("" + coor[1]));
elCoor.appendChild(elY);
Element elW = doc.createElement("w");
elW.appendChild(doc.createTextNode("" + coor[2]));
elCoor.appendChild(elW);
Element elH = doc.createElement("h");
elH.appendChild(doc.createTextNode("" + coor[3]));
elCoor.appendChild(elH);
Element elPA = doc.createElement("panel_attributes");
elPA.appendChild(doc.createTextNode(sElPanelAttributes));
el.appendChild(elPA);
Element elAA = doc.createElement("additional_attributes");
elAA.appendChild(doc.createTextNode(sElAdditionalAttributes));
el.appendChild(elAA);
if (e instanceof CustomElement) {
Element elCO = doc.createElement("custom_code");
elCO.appendChild(doc.createTextNode(((CustomElement) e).getCode()));
el.appendChild(elCO);
}
}
} else toBeCheckedAgain.add(e);
}
for (Group g : insert_groups) {
Element el = doc.createElement("group");
current.appendChild(el);
createXMLOutputDoc(doc, toBeCheckedAgain, el, g);
}
}