Examples of com.sun.faces.facelets.Facelet

com.sun.faces.facelets.Facelet
The parent or root object in a FaceletHandler composition. The Facelet will take care of populating the passed UIComponent parent in relation to the create/restore lifecycle of JSF. @author Jacob Hookom

        // We have to put the resource in here just so the classes that eventually
        // get called by facelets have access to it.
        tmp.getAttributes().put(Resource.COMPONENT_RESOURCE_KEY, 
                ccResource);
        
        Facelet f;


        try {
            f = factory.getFacelet(ccResource.getURL());
            VariableMapper wrapper = new VariableMapperWrapper(orig) {


                @Override
                public ValueExpression resolveVariable(String variable) {
                    return super.resolveVariable(variable);
                }
                
            };
            ctx.setVariableMapper(wrapper);
            context.getAttributes().put(IS_BUILDING_METADATA, Boolean.TRUE);


        // Because mojarra currently requires a <cc:interface>
        // element within the compcomp markup, we can rely on the
        // fact that its tag handler, InterfaceHandler.apply(), is
        // called.  In this method, we first imbue facetComponent
        // with any config information present on the <cc:interface>
        // element.


        // Then we do the normal facelet thing:
        // this.nextHandler.apply().  This causes any child tag
        // handlers of the <cc:interface> to be called.  The
        // compcomp spec says each such tag handler is responsible
        // for adding to the compcomp metadata, referenced from the
        // facetComponent parent.


            f.apply(context, facetComponent);


        // When f.apply() returns (and therefore
        // InterfaceHandler.apply() returns), the compcomp metadata
        // pointed to by facetComponent is fully populated.

View Full Code Here

    @Override
    public void buildView(FacesContext ctx, UIViewRoot view)
    throws IOException {
        StateContext stateCtx = StateContext.getStateContext(ctx);
        if (Util.isViewPopulated(ctx, view)) {
            Facelet f = faceletFactory.getFacelet(view.getViewId());
            // Disable events from being intercepted by the StateContext by
            // virute of re-applying the handlers. 
            try {
                stateCtx.setTrackViewModifications(false);
                f.apply(ctx, view);
                reapplyDynamicActions(ctx);
                if (stateCtx.isPartialStateSaving(ctx, view.getViewId())) {
                    markInitialStateIfNotMarked(view);
                }
            } finally {
                stateCtx.setTrackViewModifications(true);
            }
            return;
        }


        view.setViewId(view.getViewId());


        if (LOGGER.isLoggable(Level.FINE)) {
            LOGGER.fine("Building View: " + view.getViewId());
        }
        if (faceletFactory == null) {
            ApplicationAssociate associate = ApplicationAssociate.getInstance(ctx.getExternalContext());
            faceletFactory = associate.getFaceletFactory();
            assert (faceletFactory != null);
        }
        RequestStateManager.set(ctx,
                                RequestStateManager.FACELET_FACTORY,
                                faceletFactory);
        Facelet f = faceletFactory.getFacelet(view.getViewId());


        // populate UIViewRoot
        try {
            ctx.getAttributes().put(IS_BUILDING_INITIAL_STATE, Boolean.TRUE);
            stateCtx.setTrackViewModifications(false);
            f.apply(ctx, view);
            
            if (f instanceof XMLFrontMatterSaver) {
                XMLFrontMatterSaver frontMatterSaver = (XMLFrontMatterSaver) f;
                String DOCTYPE = frontMatterSaver.getSavedDoctype();
                if (null != DOCTYPE) {

View Full Code Here

        // We have to put the resource in here just so the classes that eventually
        // get called by facelets have access to it.
        tmp.getAttributes().put(Resource.COMPONENT_RESOURCE_KEY, 
                ccResource);
        
        Facelet f;


        try {
            f = factory.getFacelet(ccResource.getURL());
            VariableMapper wrapper = new VariableMapperWrapper(orig) {


                @Override
                public ValueExpression resolveVariable(String variable) {
                    return super.resolveVariable(variable);
                }
                
            };
            ctx.setVariableMapper(wrapper);
            context.getAttributes().put(IS_BUILDING_METADATA, Boolean.TRUE);


        // Because mojarra currently requires a <cc:interface>
        // element within the compcomp markup, we can rely on the
        // fact that its tag handler, InterfaceHandler.apply(), is
        // called.  In this method, we first imbue facetComponent
        // with any config information present on the <cc:interface>
        // element.


        // Then we do the normal facelet thing:
        // this.nextHandler.apply().  This causes any child tag
        // handlers of the <cc:interface> to be called.  The
        // compcomp spec says each such tag handler is responsible
        // for adding to the compcomp metadata, referenced from the
        // facetComponent parent.


            f.apply(context, facetComponent);


        // When f.apply() returns (and therefore
        // InterfaceHandler.apply() returns), the compcomp metadata
        // pointed to by facetComponent is fully populated.

View Full Code Here

    @Override
    public void buildView(FacesContext ctx, UIViewRoot view)
    throws IOException {


        if (Util.isViewPopulated(ctx, view)) {
            Facelet f = faceletFactory.getFacelet(view.getViewId());
            StateContext stateCtx = StateContext.getStateContext(ctx);
            // Disable events from being intercepted by the StateContext by
            // virute of re-applying the handlers. 
            try {
                stateCtx.setTrackViewModifications(false);
                f.apply(ctx, view);
            } finally {
                stateCtx.setTrackViewModifications(true);
            }
            return;
        }


        view.setViewId(view.getViewId());


        if (LOGGER.isLoggable(Level.FINE)) {
            LOGGER.fine("Building View: " + view.getViewId());
        }
        if (faceletFactory == null) {
            ApplicationAssociate associate = ApplicationAssociate.getInstance(ctx.getExternalContext());
            faceletFactory = associate.getFaceletFactory();
            assert (faceletFactory != null);
        }
        RequestStateManager.set(ctx,
                                RequestStateManager.FACELET_FACTORY,
                                faceletFactory);
        Facelet f = faceletFactory.getFacelet(view.getViewId());


        // populate UIViewRoot
        try {
            ctx.getAttributes().put(IS_BUILDING_INITIAL_STATE, Boolean.TRUE);
            f.apply(ctx, view);
            doPostBuildActions(ctx, view);
        } finally {
            ctx.getAttributes().remove(IS_BUILDING_INITIAL_STATE);
        }
        ctx.getApplication().publishEvent(ctx,

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                    c.getFacets().get(UIComponent.COMPOSITE_FACET_NAME);
        }
        assert(null != facetComponent);
        
        try {
            Facelet f = factory.getFacelet(ccResource.getURL());


            VariableMapper wrapper = new VariableMapperWrapper(orig) {


                @Override
                public ValueExpression resolveVariable(String variable) {
                    return super.resolveVariable(variable);
                }
                
            };
            ctx.setVariableMapper(wrapper);
            f.apply(facesContext, facetComponent);
        } finally {
            ctx.setVariableMapper(orig);
        }


    }

View Full Code Here

        // We have to put the resource in here just so the classes that eventually
        // get called by facelets have access to it.
        tmp.getAttributes().put(Resource.COMPONENT_RESOURCE_KEY, 
                ccResource);
        
        Facelet f;


        try {
            f = factory.getFacelet(ccResource.getURL());
            VariableMapper wrapper = new VariableMapperWrapper(orig) {


                @Override
                public ValueExpression resolveVariable(String variable) {
                    return super.resolveVariable(variable);
                }
                
            };
            ctx.setVariableMapper(wrapper);
            context.getAttributes().put(IS_BUILDING_METADATA, Boolean.TRUE);


        // Because mojarra currently requires a <cc:interface>
        // element within the compcomp markup, we can rely on the
        // fact that its tag handler, InterfaceHandler.apply(), is
        // called.  In this method, we first imbue facetComponent
        // with any config information present on the <cc:interface>
        // element.


        // Then we do the normal facelet thing:
        // this.nextHandler.apply().  This causes any child tag
        // handlers of the <cc:interface> to be called.  The
        // compcomp spec says each such tag handler is responsible
        // for adding to the compcomp metadata, referenced from the
        // facetComponent parent.


            f.apply(context, facetComponent);


        // When f.apply() returns (and therefore
        // InterfaceHandler.apply() returns), the compcomp metadata
        // pointed to by facetComponent is fully populated.

View Full Code Here

    @Override
    public void buildView(FacesContext ctx, UIViewRoot view)
    throws IOException {
        StateContext stateCtx = StateContext.getStateContext(ctx);
        if (Util.isViewPopulated(ctx, view)) {
            Facelet f = faceletFactory.getFacelet(view.getViewId());
            // Disable events from being intercepted by the StateContext by
            // virute of re-applying the handlers. 
            try {
                stateCtx.setTrackViewModifications(false);
                f.apply(ctx, view);
                reapplyDynamicActions(ctx);
            } finally {
                stateCtx.setTrackViewModifications(true);
            }
            return;
        }


        view.setViewId(view.getViewId());


        if (LOGGER.isLoggable(Level.FINE)) {
            LOGGER.fine("Building View: " + view.getViewId());
        }
        if (faceletFactory == null) {
            ApplicationAssociate associate = ApplicationAssociate.getInstance(ctx.getExternalContext());
            faceletFactory = associate.getFaceletFactory();
            assert (faceletFactory != null);
        }
        RequestStateManager.set(ctx,
                                RequestStateManager.FACELET_FACTORY,
                                faceletFactory);
        Facelet f = faceletFactory.getFacelet(view.getViewId());


        // populate UIViewRoot
        try {
            ctx.getAttributes().put(IS_BUILDING_INITIAL_STATE, Boolean.TRUE);
            stateCtx.setTrackViewModifications(false);
            f.apply(ctx, view);
            
            if (!stateCtx.isPartialStateSaving(ctx, view.getViewId())) {
                reapplyDynamicActions(ctx);
            }

View Full Code Here

        // We have to put the resource in here just so the classes that eventually
        // get called by facelets have access to it.
        tmp.getAttributes().put(Resource.COMPONENT_RESOURCE_KEY, 
                ccResource);
        
        Facelet f;


        try {
            f = factory.getFacelet(ccResource.getURL());
            VariableMapper wrapper = new VariableMapperWrapper(orig) {


                @Override
                public ValueExpression resolveVariable(String variable) {
                    return super.resolveVariable(variable);
                }
                
            };
            ctx.setVariableMapper(wrapper);
            context.getAttributes().put(IS_BUILDING_METADATA, Boolean.TRUE);


        // Because mojarra currently requires a <cc:interface>
        // element within the compcomp markup, we can rely on the
        // fact that its tag handler, InterfaceHandler.apply(), is
        // called.  In this method, we first imbue facetComponent
        // with any config information present on the <cc:interface>
        // element.


        // Then we do the normal facelet thing:
        // this.nextHandler.apply().  This causes any child tag
        // handlers of the <cc:interface> to be called.  The
        // compcomp spec says each such tag handler is responsible
        // for adding to the compcomp metadata, referenced from the
        // facetComponent parent.


            f.apply(context, facetComponent);


        // When f.apply() returns (and therefore
        // InterfaceHandler.apply() returns), the compcomp metadata
        // pointed to by facetComponent is fully populated.

View Full Code Here

    @Override
    public void buildView(FacesContext ctx, UIViewRoot view)
    throws IOException {
        StateContext stateCtx = StateContext.getStateContext(ctx);
        if (Util.isViewPopulated(ctx, view)) {
            Facelet f = faceletFactory.getFacelet(view.getViewId());
            // Disable events from being intercepted by the StateContext by
            // virute of re-applying the handlers. 
            try {
                stateCtx.setTrackViewModifications(false);
                f.apply(ctx, view);
                reapplyDynamicActions(ctx);
                if (stateCtx.isPartialStateSaving(ctx, view.getViewId())) {
                    markInitialStateIfNotMarked(view);
                }
            } finally {
                stateCtx.setTrackViewModifications(true);
            }
            return;
        }


        view.setViewId(view.getViewId());


        if (LOGGER.isLoggable(Level.FINE)) {
            LOGGER.fine("Building View: " + view.getViewId());
        }
        if (faceletFactory == null) {
            ApplicationAssociate associate = ApplicationAssociate.getInstance(ctx.getExternalContext());
            faceletFactory = associate.getFaceletFactory();
            assert (faceletFactory != null);
        }
        RequestStateManager.set(ctx,
                                RequestStateManager.FACELET_FACTORY,
                                faceletFactory);
        Facelet f = faceletFactory.getFacelet(view.getViewId());


        // populate UIViewRoot
        try {
            ctx.getAttributes().put(IS_BUILDING_INITIAL_STATE, Boolean.TRUE);
            stateCtx.setTrackViewModifications(false);
            f.apply(ctx, view);
            
            if (f instanceof XMLFrontMatterSaver) {
                XMLFrontMatterSaver frontMatterSaver = (XMLFrontMatterSaver) f;
                String DOCTYPE = frontMatterSaver.getSavedDoctype();
                if (null != DOCTYPE) {

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      // DefaultFaceletCache cache = new DefaultFaceletCache(afCacheTime);
      LiteFaceletFactory factory = new LiteFaceletFactory(originalCompiler, new DefaultResourceResolver(), afCacheTime, originalCache);
      // force the originalIdMappers
      setIdMappers(factory, originalIdMappers);


      Facelet facelet = factory.getFacelet(is, getAlias());
      // this unfortunately does not work
      Method m = getIncludeMethod(facelet);
      m.invoke(facelet, ctx, parent);


      hookApplyOver(faceletCtx, parent);

View Full Code Here

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com.sun.faces.application.view.FaceletViewHandlingStrategy

com.sun.faces.application.view.ViewMetadataImpl

com.sun.faces.facelets.impl.DefaultFaceletFactory

com.sun.faces.facelets.impl.GeneratorHandler

com.sun.faces.facelets.tag.jsf.CompositeComponentTagHandler

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