Examples of org.apache.myfaces.trinidadinternal.util.SubKeyMap$Entries

Package org.apache.myfaces.trinidadinternal.util

Examples of org.apache.myfaces.trinidadinternal.util.SubKeyMap$Entries

org.apache.myfaces.trinidadinternal.util.SubKeyMap
Map that wraps another to provide an isolated namespace using a prefix. This is especially handy for storing properties on the session in a structured manner without putting them into a true "Map" - because storing in a Map breaks session failover. (Session failover won't trigger on mutations of contained objects.)
Note that there is a potential design flaw; if you create a SubKeyMap for "mypackage.foo" and for "mypackage.foo.bar", all the keys in the latter will actually show up in the former (prefixed by ".bar"). This "flaw" is actually relied on by PageFlowScopeMap (since it provides a handy way to clear out all descendents), so don't "fix" it!

      fullToken = (_PAGE_FLOW_SCOPE_CACHE + TokenCache.SEPARATOR_CHAR +
                    parentToken + TokenCache.SEPARATOR_CHAR);


    }


    return new SubKeyMap(context.getExternalContext().getSessionMap(),
                         fullToken);
  }

View Full Code Here

        assert(!dontSave);
        TokenCache cache = _getViewCache(context);
        assert(cache != null);


        // Store bits of the session as subkeys off of the session
        Map<String, Object> stateMap = new SubKeyMap(
                         context.getExternalContext().getSessionMap(),
                         _VIEW_CACHE_KEY + ".");
        // Sadly, we can't save just a SerializedView, because we should
        // save a serialized object, and SerializedView is a *non*-static
        // inner class of StateManager

View Full Code Here


        }
      }
      else
      {
        Map<String, Object> stateMap = new SubKeyMap(
                         context.getExternalContext().getSessionMap(),
                         _VIEW_CACHE_KEY + ".");
        viewState = (PageState) stateMap.get(token);


        // Make sure that if the view state is present, the cache still
        // has the token, and vice versa


        // NOTE: it's very important that we call through to the

View Full Code Here

      fullToken = (_PAGE_FLOW_SCOPE_CACHE + TokenCache.SEPARATOR_CHAR +
                    parentToken + TokenCache.SEPARATOR_CHAR);


    }


    return new SubKeyMap(context.getExternalContext().getSessionMap(),
                         fullToken);
  }

View Full Code Here

        assert(!dontSave);
        TokenCache cache = _getViewCache(context);
        assert(cache != null);


        // Store bits of the session as subkeys off of the session
        Map<String, Object> stateMap = new SubKeyMap(
                         context.getExternalContext().getSessionMap(),
                         _VIEW_CACHE_KEY + ".");
        // Sadly, we can't save just a SerializedView, because we should
        // save a serialized object, and SerializedView is a *non*-static
        // inner class of StateManager
        PageState pageState = new PageState(
            context,
            structure,
            state,
            // Save the view root into the page state as a transient
            // if this feature has not been disabled
            _useViewRootCache(context) ? root : null);


        String requestToken = _getRequestTokenForResponse(context);
        // If we have a cached token that we want to reuse,
        // and that token hasn't disappeared from the cache already
        // (unlikely, but not impossible), use the stateMap directly
        // without asking the cache for a new token
        if ((requestToken != null) && cache.isAvailable(requestToken))
        {
          // NOTE: under *really* high pressure, the cache might
          // have been emptied between the isAvailable() call and
          // this put().  This seems sufficiently implausible to
          // be worth punting on
          stateMap.put(requestToken, pageState);
          token = requestToken;
          // NOTE 2: we have not pinned this reused state to any old state
          // This is OK for current uses of pinning and state reuse,
          // as pinning stays constant within a window, and we're not
          // erasing pinning at all.

View Full Code Here

          recalculateLocale = true;
        }
      }
      else
      {
        Map<String, Object> stateMap = new SubKeyMap(
                         context.getExternalContext().getSessionMap(),
                         _VIEW_CACHE_KEY + ".");
        viewState = (PageState) stateMap.get(token);


        if (viewState != null)
          _updateRequestTokenForResponse(context, (String) token);


        // Make sure that if the view state is present, the cache still

View Full Code Here

      fullToken = (_PAGE_FLOW_SCOPE_CACHE + TokenCache.SEPARATOR_CHAR +
                    parentToken + TokenCache.SEPARATOR_CHAR);


    }


    return new SubKeyMap(context.getExternalContext().getSessionMap(),
                         fullToken);
  }

View Full Code Here

        assert(!dontSave);
        TokenCache cache = _getViewCache(context);
        assert(cache != null);


        // Store bits of the session as subkeys off of the session
        Map<String, Object> stateMap = new SubKeyMap(
                         context.getExternalContext().getSessionMap(),
                         _VIEW_CACHE_KEY + ".");
        // Sadly, we can't save just a SerializedView, because we should
        // save a serialized object, and SerializedView is a *non*-static
        // inner class of StateManager
        PageState pageState = new PageState(
            context,
            structure,
            state,
            // Save the view root into the page state as a transient
            // if this feature has not been disabled
            _useViewRootCache(context) ? root : null);


        String requestToken = _getRequestTokenForResponse(context);
        // If we have a cached token that we want to reuse,
        // and that token hasn't disappeared from the cache already
        // (unlikely, but not impossible), use the stateMap directly
        // without asking the cache for a new token
        if ((requestToken != null) && cache.isAvailable(requestToken))
        {
          // NOTE: under *really* high pressure, the cache might
          // have been emptied between the isAvailable() call and
          // this put().  This seems sufficiently implausible to
          // be worth punting on
          stateMap.put(requestToken, pageState);
          token = requestToken;
          // NOTE 2: we have not pinned this reused state to any old state
          // This is OK for current uses of pinning and state reuse,
          // as pinning stays constant within a window, and we're not
          // erasing pinning at all.

View Full Code Here


        }
      }
      else
      {
        Map<String, Object> stateMap = new SubKeyMap(
                         context.getExternalContext().getSessionMap(),
                         _VIEW_CACHE_KEY + ".");
        viewState = (PageState) stateMap.get(token);


        if (viewState != null)
          _updateRequestTokenForResponse(context, (String) token);


        // Make sure that if the view state is present, the cache still

View Full Code Here

        assert(!dontSave);
        TokenCache cache = _getViewCache(context);
        assert(cache != null);


        // Store bits of the session as subkeys off of the session
        Map<String, Object> stateMap = new SubKeyMap(
                         context.getExternalContext().getSessionMap(),
                         _VIEW_CACHE_KEY + ".");
        // Sadly, we can't save just a SerializedView, because we should
        // save a serialized object, and SerializedView is a *non*-static
        // inner class of StateManager
        PageState pageState = new PageState(
            context,
            structure,
            state,
            // Save the view root into the page state as a transient
            // if this feature has not been disabled
            _useViewRootCache(context) ? root : null);


        String requestToken = _getRequestTokenForResponse(context);
        // If we have a cached token that we want to reuse,
        // and that token hasn't disappeared from the cache already
        // (unlikely, but not impossible), use the stateMap directly
        // without asking the cache for a new token
        if ((requestToken != null) && cache.isAvailable(requestToken))
        {
          // NOTE: under *really* high pressure, the cache might
          // have been emptied between the isAvailable() call and
          // this put().  This seems sufficiently implausible to
          // be worth punting on
          stateMap.put(requestToken, pageState);
          token = requestToken;
          // NOTE 2: we have not pinned this reused state to any old state
          // This is OK for current uses of pinning and state reuse,
          // as pinning stays constant within a window, and we're not
          // erasing pinning at all.

View Full Code Here

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