How to use

javassist.util.proxy.ProxyFactory$ProxyDetails

constructor

private void createClass2(ClassLoader cl) {
  String key = getKey(superClass, interfaces, signature, factoryWriteReplace);
  /*
   * Excessive concurrency causes a large memory footprint and slows the
   * execution speed down (with JDK 1.5).  Thus, we use a jumbo lock for
   * reducing concrrency.
   */
  // synchronized (proxyCache) {
    HashMap cacheForTheLoader = (HashMap)proxyCache.get(cl);
    ProxyDetails details;
    if (cacheForTheLoader == null) {
      cacheForTheLoader = new HashMap();
      proxyCache.put(cl, cacheForTheLoader);
    }
    details = (ProxyDetails)cacheForTheLoader.get(key);
    if (details != null) {
      WeakReference reference = details.proxyClass;
      thisClass = (Class)reference.get();
      if (thisClass != null) {
        return;
      }
    }
    createClass3(cl);
    details = new  ProxyDetails(signature, thisClass, factoryWriteReplace);
    cacheForTheLoader.put(key, details);
  // }
}

private void createClass2(ClassLoader cl, Lookup lookup) {
  String key = getKey(superClass, interfaces, signature, factoryWriteReplace);
  /*
   * Excessive concurrency causes a large memory footprint and slows the
   * execution speed down (with JDK 1.5).  Thus, we use a jumbo lock for
   * reducing concrrency.
   */
  // synchronized (proxyCache) {
    Map<String,ProxyDetails> cacheForTheLoader = proxyCache.get(cl);
    ProxyDetails details;
    if (cacheForTheLoader == null) {
      cacheForTheLoader = new HashMap<String,ProxyDetails>();
      proxyCache.put(cl, cacheForTheLoader);
    }
    details = cacheForTheLoader.get(key);
    if (details != null) {
      Reference<Class<?>> reference = details.proxyClass;
      thisClass = reference.get();
      if (thisClass != null) {
        return;
      }
    }
    createClass3(cl, lookup);
    details = new  ProxyDetails(signature, thisClass, factoryWriteReplace);
    cacheForTheLoader.put(key, details);
  // }
}

private void createClass2(ClassLoader cl) {
  String key = getKey(superClass, interfaces, signature, factoryWriteReplace);
  /*
   * Excessive concurrency causes a large memory footprint and slows the
   * execution speed down (with JDK 1.5).  Thus, we use a jumbo lock for
   * reducing concrrency.
   */
  // synchronized (proxyCache) {
    HashMap cacheForTheLoader = (HashMap)proxyCache.get(cl);
    ProxyDetails details;
    if (cacheForTheLoader == null) {
      cacheForTheLoader = new HashMap();
      proxyCache.put(cl, cacheForTheLoader);
    }
    details = (ProxyDetails)cacheForTheLoader.get(key);
    if (details != null) {
      WeakReference reference = details.proxyClass;
      thisClass = (Class)reference.get();
      if (thisClass != null) {
        return;
      }
    }
    createClass3(cl);
    details = new  ProxyDetails(signature, thisClass, factoryWriteReplace);
    cacheForTheLoader.put(key, details);
  // }
}

private void createClass2(ClassLoader cl) {
  String key = getKey(superClass, interfaces, signature, factoryWriteReplace);
  /*
   * Excessive concurrency causes a large memory footprint and slows the
   * execution speed down (with JDK 1.5).  Thus, we use a jumbo lock for
   * reducing concrrency.
   */
  // synchronized (proxyCache) {
    HashMap cacheForTheLoader = (HashMap)proxyCache.get(cl);
    ProxyDetails details;
    if (cacheForTheLoader == null) {
      cacheForTheLoader = new HashMap();
      proxyCache.put(cl, cacheForTheLoader);
    }
    details = (ProxyDetails)cacheForTheLoader.get(key);
    if (details != null) {
      WeakReference reference = details.proxyClass;
      thisClass = (Class)reference.get();
      if (thisClass != null) {
        return;
      }
    }
    createClass3(cl);
    details = new  ProxyDetails(signature, thisClass, factoryWriteReplace);
    cacheForTheLoader.put(key, details);
  // }
}

private void createClass2(ClassLoader cl) {
  String key = getKey(superClass, interfaces, signature, factoryWriteReplace);
  /*
   * Excessive concurrency causes a large memory footprint and slows the
   * execution speed down (with JDK 1.5).  Thus, we use a jumbo lock for
   * reducing concrrency.
   */
  // synchronized (proxyCache) {
    HashMap cacheForTheLoader = (HashMap)proxyCache.get(cl);
    ProxyDetails details;
    if (cacheForTheLoader == null) {
      cacheForTheLoader = new HashMap();
      proxyCache.put(cl, cacheForTheLoader);
    }
    details = (ProxyDetails)cacheForTheLoader.get(key);
    if (details != null) {
      WeakReference reference = details.proxyClass;
      thisClass = (Class)reference.get();
      if (thisClass != null) {
        return;
      }
    }
    createClass3(cl);
    details = new  ProxyDetails(signature, thisClass, factoryWriteReplace);
    cacheForTheLoader.put(key, details);
  // }
}

private void createClass2(ClassLoader cl) {
  String key = getKey(superClass, interfaces, signature, factoryWriteReplace);
  /*
   * Excessive concurrency causes a large memory footprint and slows the
   * execution speed down (with JDK 1.5).  Thus, we use a jumbo lock for
   * reducing concrrency.
   */
  // synchronized (proxyCache) {
    HashMap cacheForTheLoader = (HashMap)proxyCache.get(cl);
    ProxyDetails details;
    if (cacheForTheLoader == null) {
      cacheForTheLoader = new HashMap();
      proxyCache.put(cl, cacheForTheLoader);
    }
    details = (ProxyDetails)cacheForTheLoader.get(key);
    if (details != null) {
      WeakReference reference = details.proxyClass;
      thisClass = (Class)reference.get();
      if (thisClass != null) {
        return;
      }
    }
    createClass3(cl);
    details = new  ProxyDetails(signature, thisClass, factoryWriteReplace);
    cacheForTheLoader.put(key, details);
  // }
}