proxy = (ProxyBean) instantiateProxy(pcls, findCopyConstructor(type), new Object[] { orig }); if (proxy == null) { _unproxyable.add(type.getName());
proxy = (ProxyBean) instantiateProxy(pcls, findCopyConstructor(type), new Object[] { orig }); if (proxy == null) { _unproxyable.add(type.getName());
proxy = (ProxyBean) instantiateProxy(pcls, findCopyConstructor(type), new Object[] { orig }); if (proxy == null) { _unproxyable.add(type.getName());
/** * Return the cached factory proxy for the given bean type. */ private ProxyBean getFactoryProxyBean(Object orig) { final Class type = orig.getClass(); if (isUnproxyable(type)) return null; // we don't lock here; ok if two proxies get generated for same type ProxyBean proxy = (ProxyBean) _proxies.get(type); if (proxy == null && !_proxies.containsKey(type)) { ClassLoader l = GeneratedClasses.getMostDerivedLoader(type, ProxyBean.class); Class pcls = loadBuildTimeProxy(type, l); if (pcls == null) { BCClass bc = (BCClass) AccessController .doPrivileged(new PrivilegedAction() { public Object run() { return generateProxyBeanBytecode(type, true); } }); if (bc != null) pcls = GeneratedClasses.loadBCClass(bc, l); } if (pcls != null) proxy = (ProxyBean) instantiateProxy(pcls, findCopyConstructor(type), new Object[] {orig}); _proxies.put(type, proxy); } return proxy; }
proxy = (ProxyBean) instantiateProxy(pcls, findCopyConstructor(type), new Object[] { orig }); if (proxy == null) { _unproxyable.add(type.getName());
Constructor cons = findCopyConstructor(type); if (cons == null) { Constructor[] cs = type.getConstructors();
Constructor cons = findCopyConstructor(type); if (cons == null) { Constructor[] cs = type.getConstructors();
Constructor cons = findCopyConstructor(type); if (cons == null) { Constructor[] cs = type.getConstructors();
Constructor cons = findCopyConstructor(type); if (cons == null) { Constructor[] cs = type.getConstructors();
Constructor cons = findCopyConstructor(type); if (cons == null) { Constructor[] cs = type.getConstructors();
Constructor cons = findCopyConstructor(type); Class[] params; if (cons != null)
Constructor cons = findCopyConstructor(type); Class[] params; if (cons != null)
Constructor cons = findCopyConstructor(type); Class[] params; if (cons != null)
Constructor cons = findCopyConstructor(type); if (cons == null && SortedSet.class.isAssignableFrom(type)) cons = findComparatorConstructor(type);
Constructor cons = findCopyConstructor(type); if (cons == null && SortedSet.class.isAssignableFrom(type)) cons = findComparatorConstructor(type);
Constructor cons = findCopyConstructor(type); if (cons == null && SortedSet.class.isAssignableFrom(type)) cons = findComparatorConstructor(type);
Constructor cons = findCopyConstructor(type); if (cons == null && SortedMap.class.isAssignableFrom(type)) cons = findComparatorConstructor(type);
Constructor cons = findCopyConstructor(type); Class[] params = (cons == null) ? new Class[0] : cons.getParameterTypes();
Constructor cons = findCopyConstructor(type); Class[] params = (cons == null) ? new Class[0] : cons.getParameterTypes();
Constructor cons = findCopyConstructor(type); Class[] params = (cons == null) ? new Class[0] : cons.getParameterTypes();