Examples of org.apache.wicket.Session$PageAccessSynchronizerProvider

org.apache.wicket.Session
Holds information about a user session, including some fixed number of most recent pages (and all their nested component information).
- Access - the Session can be retrieved either by {@link Component#getSession()}or by directly calling the static method Session.get(). All classes which extend directly or indirectly {@link org.apache.wicket.markup.html.WebMarkupContainer} can also use its convenience method{@link org.apache.wicket.markup.html.WebMarkupContainer#getWebSession()}
- Locale - A session has a Locale property to support localization. The Locale for a session can be set by calling {@link Session#setLocale(Locale)}. The Locale for a Session determines how localized resources are found and loaded.
- Style - Besides having an appearance based on locale, resources can also have different looks in the same locale (a.k.a. "skins"). The style for a session determines the look which is used within the appropriate locale. The session style ("skin") can be set with the setStyle() method.
- Resource Loading - Based on the Session locale and style, searching for resources occurs in the following order (where sourcePath is set via the ApplicationSettings object for the current Application, and style and locale are Session properties):
- Session Properties - Arbitrary objects can be attached to a Session by installing a session factory on your Application class which creates custom Session subclasses that have typesafe properties specific to the application (see {@link Application} for details). Todiscourage non-typesafe access to Session properties, no setProperty() or getProperty() method is provided. In a clustered environment, you should take care to call the dirty() method when you change a property on your own. This way the session will be reset again in the http session so that the http session knows the session is changed.
- Class Resolver - Sessions have a class resolver ( {@link IClassResolver}) implementation that is used to locate classes for components such as pages.
- Page Factory - A pluggable implementation of {@link IPageFactory} is used toinstantiate pages for the session.
- Removal - Pages can be removed from the Session forcibly by calling remove(Page) or removeAll(), although such an action should rarely be necessary.
- Flash Messages - Flash messages are messages that are stored in session and are removed after they are displayed to the user. Session acts as a store for these messages because they can last across requests. @author Jonathan Locke @author Eelco Hillenius @author Igor Vaynberg (ivaynberg)

   * Test for WICKET-3123
   */
  @Test
  public void sessionBinding()
  {
    Session session = tester.getSession();
    assertTrue(session.isTemporary());
    session.bind();
    assertFalse(session.isTemporary());
  }

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      // if there is a pagemap name specified and multiwindow support is on
      if (getPageMapName() != null)
      {
        // try to find out whether the pagemap already exists
        Session session = Session.get();
        if (session.pageMapForName(getPageMapName(), false) == null)
        {
          deletePageMap = true;
        }
        parameters.setPageMapName(getPageMapName());
      }

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      // should we cleanup the pagemap?
      if (deletePageMap == true)
      {
        // get the pagemap
        Session session = Session.get();
        IPageMap pageMap = session.pageMapForName(getPageMapName(), false);


        // if there is any remove it
        if (pageMap != null)
        {
          session.removePageMap(pageMap);
          deletePageMap = false;
        }
      }


      if (windowClosedCallback != null)

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    ThreadContext.setApplication(app);


    app.setName(getClass().getName());
    app.initApplication();


    Session session = new WebSession(new MockWebRequest(Url.parse("/")));
    app.getSessionStore().bind(null, session);
    ThreadContext.setSession(session);


    GuiceComponentInjector injector = new GuiceComponentInjector(app, new Module()
    {

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    ThreadContext.setApplication(app);


    app.setName(getClass().getName());
    app.initApplication();


    Session session = new WebSession(new MockWebRequest(Url.parse("/")));
    app.getSessionStore().bind(null, session);
    ThreadContext.setSession(session);


    GuiceComponentInjector injector = new GuiceComponentInjector(app, new Module()
    {

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   * {@link org.apache.wicket.feedback.FeedbackMessages#hasMessageFor(org.apache.wicket.Component, int)}
   * .
   */
  public void testHasMessageForComponentInt()
  {
    Session session = tester.setupRequestAndResponse().getSession();
    final Page page = new TestPage_1();
    tester.startPage(page);
    page.debug("debug message");
    page.info("info message");
    page.error("error message");
    Assert.assertTrue(session.getFeedbackMessages().hasMessageFor(page, FeedbackMessage.ERROR));
  }

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  /**
   * Tests the clean up of flash messages put into the session when they are rendered.
   */
  public void testSessionFeedbackMessagesCleanUp()
  {
    Session session = Session.get();
    session.info("Message");
    session.info("Not rendered");
    FeedbackMessages feedbackMessages = session.getFeedbackMessages();
    Iterator iterator = feedbackMessages.iterator();
    FeedbackMessage message = (FeedbackMessage)iterator.next();
    message.markRendered();
    feedbackMessages.clear(RENDERED_MESSAGES);
    assertEquals(1, feedbackMessages.size());

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      // if there is a pagemap name specified and multiwindow support is
      // on
      if (getPageMapName() != null)
      {
        // try to find out whether the pagemap already exists
        Session session = Session.get();
        if (session.pageMapForName(getPageMapName(), false) == null)
        {
          deletePageMap = true;
        }
        parameters.setPageMapName(getPageMapName());
      }

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        if (active > 0)
        {
          rd.setActiveRequest(active--);
        }
      }
      Session session = Session.get();
      String sessionId = session.getId();
      rd.setSessionId(sessionId);


      Object sessionInfo = getSessionInfo(session);
      rd.setSessionInfo(sessionInfo);


      long sizeInBytes = -1;
      if (Application.get().getRequestLoggerSettings().getRecordSessionSize())
      {
        try
        {
          sizeInBytes = session.getSizeInBytes();
        }
        catch (Exception e)
        {
          // log the error and let the request logging continue (this is what happens in
          // the

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   */
  protected ClientInfo newClientInfo()
  {
    if (getApplication().getRequestCycleSettings().getGatherExtendedBrowserInfo())
    {
      Session session = getSession();
      if (session.getMetaData(BROWSER_WAS_POLLED_KEY) == null)
      {
        // we haven't done the redirect yet; record that we will be
        // doing that now and redirect
        session.setMetaData(BROWSER_WAS_POLLED_KEY, Boolean.TRUE);
        String url = "/" + getRequest().getURL();
        throw new RestartResponseException(new BrowserInfoPage(url));
      }
      // if we get here, the redirect already has been done; clear
      // the meta data entry; we don't need it any longer is the client
      // info object will be cached too
      session.setMetaData(BROWSER_WAS_POLLED_KEY, (Boolean)null);
    }
    return new WebClientInfo(this);
  }

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