Package org.jboss.test.cluster.web.mocks

Examples of org.jboss.test.cluster.web.mocks.SetAttributesRequestHandler

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      ctx = (Context) mgr1.getContainer();
      ctx.setApplicationSessionLifecycleListeners(new Object[]{ hsl1 }); 
      ctx.setApplicationEventListeners(new Object[]{ hsal1 });
     
      // Initial request
      SetAttributesRequestHandler setHandler = new SetAttributesRequestHandler(attributes, false);
      SessionTestUtil.invokeRequest(mgr0, setHandler, null);
     
      validateNewSession(setHandler);
      String sessionId = setHandler.getSessionId();
     
      if (!notify)
      {
         validateNoNotifications(hsl0, hsal0, hsl1, hsal1);
      }
      else
      {
         assertEquals(1, hsl0.invocations.size());
         assertEquals(MockHttpSessionListener.Type.CREATED, hsl0.invocations.get(0));
         assertEquals(1, hsal0.invocations.size());
         assertEquals(MockHttpSessionAttributeListener.Type.ADDED, hsal0.invocations.get(0));
         assertEquals(2, SessionSpecListenerAttribute.invocations.size());
         assertEquals(SessionSpecListenerAttribute.Type.BOUND, SessionSpecListenerAttribute.invocations.get(0));
         assertEquals(SessionSpecListenerAttribute.Type.PASSIVATED, SessionSpecListenerAttribute.invocations.get(1));
        
         validateNoNotifications(null, null, hsl1, hsal1, null);
         clearNotifications(hsl0, hsal0, null, null, SessionSpecListenerAttribute.invocations);
      }
     
      // Modify attribute request
      setHandler = new SetAttributesRequestHandler(newAttributes, false);
      SessionTestUtil.invokeRequest(mgr0, setHandler, sessionId);
     
      if (!notify)
      {
         validateNoNotifications(hsl0, hsal0, hsl1, hsal1);
      }
      else
      {
         assertEquals(1, hsal0.invocations.size());
         assertEquals(MockHttpSessionAttributeListener.Type.REPLACED, hsal0.invocations.get(0));
         assertEquals(4, SessionSpecListenerAttribute.invocations.size());
         assertEquals(SessionSpecListenerAttribute.Type.ACTIVATING, SessionSpecListenerAttribute.invocations.get(0));
         assertEquals(SessionSpecListenerAttribute.Type.BOUND, SessionSpecListenerAttribute.invocations.get(1));
         assertEquals(SessionSpecListenerAttribute.Type.UNBOUND, SessionSpecListenerAttribute.invocations.get(2));
         assertEquals(SessionSpecListenerAttribute.Type.PASSIVATED, SessionSpecListenerAttribute.invocations.get(3));
        
         validateNoNotifications(hsl0, null, hsl1, hsal1, null);
         clearNotifications(null, hsal0, null, null, SessionSpecListenerAttribute.invocations);
      }
     
      // Passivate
      Thread.sleep(1100);
     
      mgr0.backgroundProcess();
      mgr1.backgroundProcess();
     
      if (!notify)
      {
         validateNoNotifications(hsl0, hsal0, hsl1, hsal1);
      }
      else
      {
         assertEquals(1, SessionSpecListenerAttribute.invocations.size());
         assertEquals(SessionSpecListenerAttribute.Type.PASSIVATED, SessionSpecListenerAttribute.invocations.get(0));
        
         validateNoNotifications(hsl0, hsal0, hsl1, hsal1, null);
         clearNotifications(null, null, null, null, SessionSpecListenerAttribute.invocations);
      }
     
      // Remove attribute request
      RemoveAttributesRequestHandler removeHandler = new RemoveAttributesRequestHandler(newAttributes.keySet(), false);
      SessionTestUtil.invokeRequest(mgr0, removeHandler, sessionId);
     
      if (!notify)
      {
         validateNoNotifications(hsl0, hsal0, hsl1, hsal1);
      }
      else
      {
         assertEquals(1, hsal0.invocations.size());
         assertEquals(MockHttpSessionAttributeListener.Type.REMOVED, hsal0.invocations.get(0));
         assertEquals(3, SessionSpecListenerAttribute.invocations.size());
         assertEquals(SessionSpecListenerAttribute.Type.ACTIVATING, SessionSpecListenerAttribute.invocations.get(0));
         assertEquals(SessionSpecListenerAttribute.Type.ACTIVATING, SessionSpecListenerAttribute.invocations.get(1));
         assertEquals(SessionSpecListenerAttribute.Type.UNBOUND, SessionSpecListenerAttribute.invocations.get(2));
        
         validateNoNotifications(hsl0, null, hsl1, hsal1, null);
         clearNotifications(null, hsal0, null, null, SessionSpecListenerAttribute.invocations);
      }
     
      // Failover request
      setHandler = new SetAttributesRequestHandler(attributes, false);
      SessionTestUtil.invokeRequest(mgr1, setHandler, sessionId);
     
      if (!notify)
      {
         validateNoNotifications(hsl0, hsal0, hsl1, hsal1);
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      ctx = (Context) mgr1.getContainer();
      ctx.setApplicationSessionLifecycleListeners(new Object[]{ hsl1 }); 
      ctx.setApplicationEventListeners(new Object[]{ hsal1 });
     
      // Initial request
      SetAttributesRequestHandler setHandler = new SetAttributesRequestHandler(attributes, false);
      SessionTestUtil.invokeRequest(mgr0, setHandler, null);
     
      validateNewSession(setHandler);
     
      String sessionId = setHandler.getSessionId();
     
      if (!notify)
      {
         validateNoNotifications(hsl0, hsal0, hsl1, hsal1);
      }
      else
      {
         assertEquals(1, hsl0.invocations.size());
         assertEquals(MockHttpSessionListener.Type.CREATED, hsl0.invocations.get(0));
         assertEquals(1, hsal0.invocations.size());
         assertEquals(MockHttpSessionAttributeListener.Type.ADDED, hsal0.invocations.get(0));
         assertEquals(2, SessionSpecListenerAttribute.invocations.size());
         assertEquals(SessionSpecListenerAttribute.Type.BOUND, SessionSpecListenerAttribute.invocations.get(0));
         assertEquals(SessionSpecListenerAttribute.Type.PASSIVATED, SessionSpecListenerAttribute.invocations.get(1));
        
         validateNoNotifications(null, null, hsl1, hsal1, null);
         clearNotifications(hsl0, hsal0, null, null, SessionSpecListenerAttribute.invocations);        
      }
     
      // Failover request
      setHandler = new SetAttributesRequestHandler(newAttributes, false);
      SessionTestUtil.invokeRequest(mgr1, setHandler, sessionId);
     
      if (!notify)
      {
         validateNoNotifications(hsl0, hsal0, hsl1, hsal1);
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      ctx = (Context) mgr1.getContainer();
      ctx.setApplicationSessionLifecycleListeners(new Object[]{ hsl1 }); 
      ctx.setApplicationEventListeners(new Object[]{ hsal1 });
     
      // Initial request
      SetAttributesRequestHandler setHandler = new SetAttributesRequestHandler(attributes, false);
      SessionTestUtil.invokeRequest(mgr0, setHandler, null);
     
      validateNewSession(setHandler);
     
      if (!notify)
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      Map<String, Object> attrs = new HashMap<String, Object>();
      attrs.put("failInvalid", new FailInvalidationAttribute());
      attrs.put("failDeserialization", new FailDeserializationAttribute());
     
      // Establish session.
      SetAttributesRequestHandler setHandler = new SetAttributesRequestHandler(attrs, false);
      SessionTestUtil.invokeRequest(manager, setHandler, null);
      validateNewSession(setHandler);
      String id = setHandler.getSessionId();
      assertEquals(1, manager.getActiveSessionCount());
      assertEquals(0, manager.getPassivatedSessionCount());
     
      InvalidateSessionRequestHandler invalHandler = new InvalidateSessionRequestHandler(attrs.keySet(), false);
      try
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      Map<String, Object> attrs = new HashMap<String, Object>();
      attrs.put("failInvalid", new FailInvalidationAttribute());
      attrs.put("failDeserialization", new FailDeserializationAttribute());
     
      // Establish session.
      SetAttributesRequestHandler setHandler = new SetAttributesRequestHandler(attrs, false);
      SessionTestUtil.invokeRequest(manager, setHandler, null);
      validateNewSession(setHandler);

      assertEquals(1, manager.getActiveSessionCount());
      assertEquals(0, manager.getPassivatedSessionCount());
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      Map<String, Object> attrs = new HashMap<String, Object>();
      attrs.put("failInvalid", new FailInvalidationAttribute());
      attrs.put("failDeserialization", new FailDeserializationAttribute());
     
      // Establish session.
      SetAttributesRequestHandler setHandler = new SetAttributesRequestHandler(attrs, false);
      SessionTestUtil.invokeRequest(manager, setHandler, null);
      validateNewSession(setHandler);

      assertEquals(1, manager.getActiveSessionCount());
      assertEquals(0, manager.getPassivatedSessionCount());
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      // A war with a maxInactive of 3 secs and a maxUnreplicated of 0 or 1
      startManagers(warname, 3, maxUnrep);
     
      // Establish session.
      SetAttributesRequestHandler setHandler = new SetAttributesRequestHandler(allAttributes, false);
      SessionTestUtil.invokeRequest(managers[0], setHandler, null);
     
      validateNewSession(setHandler);
     
      Thread.sleep(1050);
     
      // Now make a request that will not trigger replication unless the interval is exceeded
      BasicRequestHandler getHandler = new BasicRequestHandler(immutables.keySet(), false);
      SessionTestUtil.invokeRequest(managers[0], getHandler, setHandler.getSessionId());
     
      validateExpectedAttributes(immutables, getHandler);
     
      // Sleep long enough that the session will be expired on other server
      // if previous request didn't keep it alive
      Thread.sleep(2000);
     
      // Fail over and confirm all is well
      getHandler = new BasicRequestHandler(allAttributes.keySet(), false);
      SessionTestUtil.invokeRequest(managers[1], getHandler, setHandler.getSessionId());
     
      validateExpectedAttributes(allAttributes, getHandler);
   }
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      String warname = String.valueOf(++testId);
     
      // A war with a maxInactive of 3 secs and a maxUnreplicated of 1
      startManagers(warname, 3, 1);
     
      SetAttributesRequestHandler setHandler = new SetAttributesRequestHandler(allAttributes, false);
      SessionTestUtil.invokeRequest(managers[0], setHandler, null);
     
      // Sleep less than the maxUnreplicated time so next request shouldn't trigger timestamp repl
      Thread.sleep(500);
     
      // Now make a request that will not trigger replication unless the interval is exceeded
      BasicRequestHandler getHandler = new BasicRequestHandler(immutables.keySet(), false);
      SessionTestUtil.invokeRequest(managers[0], getHandler, setHandler.getSessionId());
     
      validateExpectedAttributes(immutables, getHandler);
     
      // Sleep long enough that the session will be expired on other server
      // if previous request didn't keep it alive
      Thread.sleep(2600);
     
      // Fail over and confirm the session was expired
      getHandler = new BasicRequestHandler(allAttributes.keySet(), false);
      SessionTestUtil.invokeRequest(managers[1], getHandler, setHandler.getSessionId());
     
      validateNewSession(getHandler);
   }
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      String warname = String.valueOf(++testId);
     
      startManagers(warname, 3, 2);
     
      SetAttributesRequestHandler setHandler1 = new SetAttributesRequestHandler(allAttributes, false);
      SessionTestUtil.invokeRequest(managers[0], setHandler1, null);

      String id1 = setHandler1.getSessionId();
     
      SetAttributesRequestHandler setHandler2 = new SetAttributesRequestHandler(allAttributes, false);
      SessionTestUtil.invokeRequest(managers[0], setHandler2, null);

      String id2 = setHandler2.getSessionId();
     
      // Overage the sessions
      Thread.sleep(3010);
      // Try to force out the overaged sessions
      managers[1].backgroundProcess();
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      ctx = (Context) managers[1].getContainer();
      ctx.setApplicationSessionLifecycleListeners(new Object[]{ hsl1 }); 
      ctx.setApplicationEventListeners(new Object[]{ hsal1 });
     
      // Initial request
      SetAttributesRequestHandler setHandler = new SetAttributesRequestHandler(attributes, false);
      SessionTestUtil.invokeRequest(managers[0], setHandler, null);
     
      validateNewSession(setHandler);
      String sessionId = setHandler.getSessionId();
     
      if (!notify)
      {
         validateNoNotifications(hsl0, hsal0, hsl1, hsal1);
      }
      else
      {
         assertEquals(1, hsl0.invocations.size());
         assertEquals(MockHttpSessionListener.Type.CREATED, hsl0.invocations.get(0));
         assertEquals(1, hsal0.invocations.size());
         assertEquals(MockHttpSessionAttributeListener.Type.ADDED, hsal0.invocations.get(0));
         assertEquals(2, SessionSpecListenerAttribute.invocations.size());
         assertEquals(SessionSpecListenerAttribute.Type.BOUND, SessionSpecListenerAttribute.invocations.get(0));
         assertEquals(SessionSpecListenerAttribute.Type.PASSIVATED, SessionSpecListenerAttribute.invocations.get(1));
        
         validateNoNotifications(null, null, hsl1, hsal1, null);
         clearNotifications(hsl0, hsal0, null, null, SessionSpecListenerAttribute.invocations);
      }
     
      // Modify attribute request
      setHandler = new SetAttributesRequestHandler(newAttributes, false);
      SessionTestUtil.invokeRequest(managers[0], setHandler, sessionId);
     
      if (!notify)
      {
         validateNoNotifications(hsl0, hsal0, hsl1, hsal1);
      }
      else
      {
         assertEquals(1, hsal0.invocations.size());
         assertEquals(MockHttpSessionAttributeListener.Type.REPLACED, hsal0.invocations.get(0));
         assertEquals(4, SessionSpecListenerAttribute.invocations.size());
         assertEquals(SessionSpecListenerAttribute.Type.ACTIVATING, SessionSpecListenerAttribute.invocations.get(0));
         assertEquals(SessionSpecListenerAttribute.Type.BOUND, SessionSpecListenerAttribute.invocations.get(1));
         assertEquals(SessionSpecListenerAttribute.Type.UNBOUND, SessionSpecListenerAttribute.invocations.get(2));
         assertEquals(SessionSpecListenerAttribute.Type.PASSIVATED, SessionSpecListenerAttribute.invocations.get(3));
        
         validateNoNotifications(hsl0, null, hsl1, hsal1, null);
         clearNotifications(null, hsal0, null, null, SessionSpecListenerAttribute.invocations);
      }
     
      // Passivate
      Thread.sleep(1100);
     
      managers[0].backgroundProcess();
      managers[1].backgroundProcess();
     
      if (!notify)
      {
         validateNoNotifications(hsl0, hsal0, hsl1, hsal1);
      }
      else
      {
         assertEquals(1, SessionSpecListenerAttribute.invocations.size());
         assertEquals(SessionSpecListenerAttribute.Type.PASSIVATED, SessionSpecListenerAttribute.invocations.get(0));
        
         validateNoNotifications(hsl0, hsal0, hsl1, hsal1, null);
         clearNotifications(null, null, null, null, SessionSpecListenerAttribute.invocations);
      }
     
      // Remove attribute request
      RemoveAttributesRequestHandler removeHandler = new RemoveAttributesRequestHandler(newAttributes.keySet(), false);
      SessionTestUtil.invokeRequest(managers[0], removeHandler, sessionId);
     
      if (!notify)
      {
         validateNoNotifications(hsl0, hsal0, hsl1, hsal1);
      }
      else
      {
         assertEquals(1, hsal0.invocations.size());
         assertEquals(MockHttpSessionAttributeListener.Type.REMOVED, hsal0.invocations.get(0));
         assertEquals(3, SessionSpecListenerAttribute.invocations.size());
         assertEquals(SessionSpecListenerAttribute.Type.ACTIVATING, SessionSpecListenerAttribute.invocations.get(0));
         assertEquals(SessionSpecListenerAttribute.Type.ACTIVATING, SessionSpecListenerAttribute.invocations.get(1));
         assertEquals(SessionSpecListenerAttribute.Type.UNBOUND, SessionSpecListenerAttribute.invocations.get(2));
        
         validateNoNotifications(hsl0, null, hsl1, hsal1, null);
         clearNotifications(null, hsal0, null, null, SessionSpecListenerAttribute.invocations);
      }
     
      // Failover request
      setHandler = new SetAttributesRequestHandler(attributes, false);
      SessionTestUtil.invokeRequest(managers[1], setHandler, sessionId);
     
      if (!notify)
      {
         validateNoNotifications(hsl0, hsal0, hsl1, hsal1);
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