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<!ELEMENT value-class (#PCDATA)>
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Rule JSF Versions Parent Elements Child Elements Uniqueness Constraints Value 10, 11, 12 list-entries, map-entries None None
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JavaServer Faces Configuration File
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As mentioned, there are two ways that the value-class element can be used The first way, shown here, defines the value class for a list:
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<faces-config> <managed-bean> <managed-bean-name> testManagedBean </managed-bean-name> <managed-bean-class> comexamplejsfTestManagedBean </managed-bean-class> <managed-bean-scope> session </managed-bean-scope> <managed-property> <property-name>testProperty</property-name> <list-entries> <value-class>javalangInteger</value-class> <value>1000</value> <value>2000</value> <list-entries> </managed-property> </managed-bean> </faces-config>
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The following is the second way to use the value-class element for defining the value class for a map:
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<faces-config> <managed-bean> <managed-bean-name> testManagedBean </managed-bean-name> <managed-bean-class> comexamplejsfTestManagedBean </managed-bean-class> <managed-bean-scope> session </managed-bean-scope> <managed-property> <property-name>testProperty</property-name> <map-entries> <value-class>javalangInteger</value-class> <map-entry> <key>testKey1</key> <value>1000</value> </map-entry> <map-entry>
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PART IV
Part IV:
JavaSer ver Faces Tools and Libraries
<key>testKey2</key> <null-value/> </map-entry> <map-entries> </managed-property> </managed-bean> </faces-config>
The var Element
The var element is used to specify the logical name for a resource bundle instance that will be registered with the JSF application The resource bundle instance can then be later accessed by a call to the javaxfacesapplicationApplicationgetResourceBundle( ) method passing in the value specified by the var element
DTD Definition
Following is the DTD definition for the var element:
<!ELEMENT var (#PCDATA)>
Usage Rules
Rule JSF Versions Parent Elements Child Elements Uniqueness Constraints Value 12 resource-bundle None None
Example Usage
The following example illustrates the usage of the var element:
<faces-config> <application> <resource-bundle> <base-name> comexamplejsfTestResources </base-name> <var>testResources</var> </resource-bundle> </application> </faces-config>
The variable-resolver Element
The variable-resolver element is used to specify the fully qualified class name of a javax faceselVariableResolver implementation class that will replace the JSF implementation s
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JavaServer Faces Configuration File
default variable resolver implementation The variable resolver is used to process value binding expressions and is called each time a value binding expression must be resolved The variable-resolver element provides the ability to override the default JSF variable resolving by plugging in a custom VariableResolver
DTD Definition
Following is the DTD definition for the variable-resolver element:
<!ELEMENT variable-resolver (#PCDATA)>
Usage Rules
Rule JSF Versions Parent Elements Child Elements Uniqueness Constraints Value 10, 11, 12 application None None
Example Usage
The following example illustrates the usage of the variable-resolver element:
<faces-config> <application> <variable-resolver> comexamplejsfTestVariableResolver </variable-resolver> </application> </faces-config>
PART IV
The view-handler Element
The view-handler element is used to specify the fully qualified class name of a javaxfaces applicationViewHandler implementation class that will replace the JSF implementation s default view handler implementation The view handler is called during the Restore View and Render Response phases of the JSF request processing lifecycle and is responsible for managing response generation and the saving and restoring of the state for each view The view-handler element provides the ability to override the default JSF view handling by plugging in a custom ViewHandler
DTD Definition
Following is the DTD definition for the view-handler element:
<!ELEMENT view-handler (#PCDATA)>
Part IV:
JavaSer ver Faces Tools and Libraries
Usage Rules
Rule JSF Versions Parent Elements Child Elements Uniqueness Constraints Value 10, 11, 12 application None None
Example Usage
The following example illustrates the usage of the view-handler element:
<faces-config> <application> <view-handler> comexamplejsfTestViewHandler </view-handler> </application> </faces-config>
Extension Elements
Many of the Web application frameworks preceding JSF fell short from a configuration perspective because they made it cumbersome, or in some cases impossible, to extend their configuration files The limited extensibility of these files is due to the files being governed by rigid DTD or XML schema specifications JSF configuration files, conversely, were designed from the beginning to be extensible JSF solved the extensibility problem by adding extension points throughout the configuration file that allow proprietary XML elements to be inserted These extension points allow individual JSF implementations to make use of proprietary configuration data without requiring a separate configuration file More importantly, the extension points prevent the various implementations that utilize proprietary elements from impacting other implementations that might not recognize the proprietary elements An implementation that does not recognize the proprietary elements will simply ignore any elements nested inside the extension elements The extension points also provide a mechanism for you to extend the configuration data for your own applications if so desired The following table lists each of the extension points in the JSF configuration file The Parent Element column specifies the parent element that acts as an extension point and the Extension Element column specifies the name of the child element in which proprietary elements can be nested
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