callContextInitialized(listener, event);
callContextInitialized(listener, event);
callContextInitialized(listener, event);
/** * Extensible startContext. this method is called from {@link ContextHandler#doStart()} instead of a call to super.doStart(). This allows derived classes to * insert additional handling (Eg configuration) before the call to super.doStart by this method will start contained handlers. * * @throws Exception * if unable to start the context * * @see org.eclipse.jetty.server.handler.ContextHandler.Context */ protected void startContext() throws Exception { String managedAttributes = _initParams.get(MANAGED_ATTRIBUTES); if (managedAttributes != null) addEventListener(new ManagedAttributeListener(this,StringUtil.csvSplit(managedAttributes))); super.doStart(); // Call context listeners _destroySerletContextListeners.clear(); if (!_servletContextListeners.isEmpty()) { ServletContextEvent event = new ServletContextEvent(_scontext); for (ServletContextListener listener : _servletContextListeners) { callContextInitialized(listener,event); _destroySerletContextListeners.add(listener); } } }
/** * Extensible startContext. this method is called from {@link ContextHandler#doStart()} instead of a call to super.doStart(). This allows derived classes to * insert additional handling (Eg configuration) before the call to super.doStart by this method will start contained handlers. * @throws Exception if unable to start the context * * @see org.eclipse.jetty.server.handler.ContextHandler.Context */ protected void startContext() throws Exception { String managedAttributes = _initParams.get(MANAGED_ATTRIBUTES); if (managedAttributes != null) addEventListener(new ManagedAttributeListener(this,StringUtil.csvSplit(managedAttributes))); super.doStart(); // Call context listeners if (!_servletContextListeners.isEmpty()) { ServletContextEvent event = new ServletContextEvent(_scontext); for (ServletContextListener listener:_servletContextListeners) callContextInitialized(listener, event); } }
for (int i = 0; i < LazyList.size(_contextListeners); i++) callContextInitialized(((ServletContextListener)LazyList.get(_contextListeners, i)), event);
for (int i = 0; i < LazyList.size(_contextListeners); i++) callContextInitialized(((ServletContextListener)LazyList.get(_contextListeners, i)), event);
for (int i = 0; i < LazyList.size(_contextListeners); i++) callContextInitialized(((ServletContextListener)LazyList.get(_contextListeners, i)), event);
for (int i = 0; i < LazyList.size(_contextListeners); i++) callContextInitialized(((ServletContextListener)LazyList.get(_contextListeners, i)), event);
for (int i = 0; i < LazyList.size(_contextListeners); i++) callContextInitialized(((ServletContextListener)LazyList.get(_contextListeners, i)), event);
public void callContextInitialized(ServletContextListener l, ServletContextEvent e) { try { //toggle state of the dynamic API so that the listener cannot use it if (LazyList.contains(_restrictedContextListeners, l)) this.getServletContext().setEnabled(false); super.callContextInitialized(l, e); } finally { //untoggle the state of the dynamic API this.getServletContext().setEnabled(true); } }
public void callContextInitialized(ServletContextListener l, ServletContextEvent e) { try { //toggle state of the dynamic API so that the listener cannot use it if (LazyList.contains(_restrictedContextListeners, l)) this.getServletContext().setEnabled(false); super.callContextInitialized(l, e); } finally { //untoggle the state of the dynamic API this.getServletContext().setEnabled(true); } }
public void callContextInitialized(ServletContextListener l, ServletContextEvent e) { try { //toggle state of the dynamic API so that the listener cannot use it if (LazyList.contains(_restrictedContextListeners, l)) this.getServletContext().setEnabled(false); super.callContextInitialized(l, e); } finally { //untoggle the state of the dynamic API this.getServletContext().setEnabled(true); } }
@Override public void callContextInitialized(ServletContextListener l, ServletContextEvent e) { try { //toggle state of the dynamic API so that the listener cannot use it if(isProgrammaticListener(l)) this.getServletContext().setEnabled(false); super.callContextInitialized(l, e); } finally { //untoggle the state of the dynamic API this.getServletContext().setEnabled(true); } }
@Override public void callContextInitialized(ServletContextListener l, ServletContextEvent e) { try { //toggle state of the dynamic API so that the listener cannot use it if(isProgrammaticListener(l)) this.getServletContext().setEnabled(false); super.callContextInitialized(l, e); } finally { //untoggle the state of the dynamic API this.getServletContext().setEnabled(true); } }
@Override public void callContextInitialized(ServletContextListener l, ServletContextEvent e) { try { //toggle state of the dynamic API so that the listener cannot use it if(isProgrammaticListener(l)) this.getServletContext().setEnabled(false); super.callContextInitialized(l, e); } finally { //untoggle the state of the dynamic API this.getServletContext().setEnabled(true); } }
@Override public void callContextInitialized(ServletContextListener l, ServletContextEvent e) { try { //toggle state of the dynamic API so that the listener cannot use it if(isProgrammaticListener(l)) this.getServletContext().setEnabled(false); super.callContextInitialized(l, e); } finally { //untoggle the state of the dynamic API this.getServletContext().setEnabled(true); } }
@Override public void callContextInitialized(ServletContextListener l, ServletContextEvent e) { try { //toggle state of the dynamic API so that the listener cannot use it if(isProgrammaticListener(l)) this.getServletContext().setEnabled(false); super.callContextInitialized(l, e); } finally { //untoggle the state of the dynamic API this.getServletContext().setEnabled(true); } }