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As an abbreviation for the word internationalization, the i18n EL variable enables page authors to declaratively specify message keys that are provided by one of the following: Liferay s Language Utility Portlet WAR additions to Liferay s Language Utility The JSF standard message keys The Liferay Language Utility is typically accessed by portlet developers by calling static Java methods found in the comliferayportalkernellanguageLanguageUtil class The utility operates by reading the locale-specific version of the portal s Languageproperties file, which contains thousands of keys and internationalized messages Portlet developers can extend the Liferay Language Utility by creating a file within the portlet WAR named WEB-INF/liferay-hookxml that points to locale-specific resource bundles that are in the runtime classpath of the portlet
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The following example shows how to register Liferay language extensions with a WEB-INF/ liferay-hookxml configuration file:
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< xml version="10" encoding="UTF-8" > <!DOCTYPE hook PUBLIC "-//Liferay//DTD Hook 520//EN" "http://wwwliferaycom/dtd/liferay-hook_5_2_0dtd"> <hook> <language-properties>Language_en_USproperties</language-properties> </hook>
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The following example shows the contents of a file named Language_en_USproperties:
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add-new-entry=Add New Entry save-entry=Save Entry
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Example Usage
The following example shows the syntax for using the i18n EL variable in a Facelet view:
<h:outputLabel value="#{i18n['first-name']}" /> <h:commandButton value="#{i18n['save-entry']}" />
Example Usage
The following example shows that when using JBoss EL, page authors can take advantage of the i18nreplace( ) method in order to substitute values into the text of the message
<!-Note: The US English translation of the x-has-x-friends key would look like the following:
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x-has-x-friends={0} has {1} friends --> <h:outputText value="#{i18nreplace('x-has-x-friends', liferaygroupUserfullName, friendsModeldataModelrowCount)}" />
Liferay Language Portlet Integration
In a normal JSF Web application, the Locale that is used to display internationalized values is dictated by the locale specified in the end user s Web browser However, Liferay Portal permits the user to select a different locale (language) using the Language Portlet The user s choice is ultimately saved as a languageId in the Liferay User object and is persisted to the database In order to provide seamless integration between JSF portlets and the language selected by the user, PortletFaces provides the LiferayLocalePhaseListener The listener monitors the RESTORE_VIEW phase of the JSF lifecycle and will automatically set the locale inside the UIViewRoot according to the value specified by Liferay s UsergetLocale( ) method, which is aware of the selected languageId This in turn causes internationalization techniques such as the f:loadBundle tag and the i18n EL keyword to automatically translate message keys into the language selected by the user with the Liferay Language Portlet, which is shown in Figure A-7
Improved Integration Between Liferay and ICEfaces 1x
As discussed in the sections within this appendix titled ICEfaces Ajax with Partial Submit and ICEfaces Direct-to-DOM RenderKit, when an ICEfaces portlet is rendered on a portal page, the ICEfaces 1x Portlet Bridge will participate in the Portlet RENDER_PHASE phase just like any other portlet However, from that time on the ICEfaces 1x bridge will bypass the portlet lifecycle and perform all subsequent interactions with the server via Ajax by hitting the ICEfaces PersistentFacesServlet The ICEfaces 1x Portlet Bridge is based on the JSR 168 (Portlet 10) API and therefore cannot take advantage of the new RESOURCE_PHASE of the Portlet 20 standard The benefit of hitting the PersistentFacesServlet directly is that ICEfaces partial submits will execute faster than if they went through the the Portlet 20 RESOURCE_ PHASE The drawback is that certain Liferay objects are unusable after the initial RENDER_ PHASE Specifically, the Liferay PermissionChecker and ThemeDisplay objects get recycled at the end of the RenderRequest phase by Liferay s ServicePostAction PortletFaces works around this problem by making copies of Liferay s PermissionChecker and ThemeDisplay objects and keeping them in request scope, which will default to the ICEfaces Extended Request scope when ICEfaces is used in a portlet These objects are available to JSF portlet developers via the PortletFacesContext
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