The presence of this annotation on a class automatically registers the
 class with the runtime as a Converter. The value of the value() attribute is taken to be
 converter-id, the value of the forClass() attribute is taken to be converter-for-class and
 the fully qualified class name of the class to which this annotation is attached is taken to be the
 converter-class. The implementation must guarantee that for each class annotated with
 FacesConverter, found with the algorithm in 
 section 11.4 "Annotations that correspond to and may take the place of entries in the Application Configuration Resources" of the Jakarta Faces Specification Document,
 the proper variant of
 Application.addConverter() is called. If converter-id is not the empty string,
 Application.addConverter(java.lang.String,java.lang.String) is called, passing the
 derived converter-id as the first argument and the derived converter-class as the second argument.
 If converter-id is the empty string,
 Application.addConverter(java.lang.Class,java.lang.String) is called, passing the
 converter-for-class as the first argument and the derived converter-class as the second argument.
 The implementation must guarantee that all such calls to addConverter() happen during application
 startup time and before any requests are serviced.
 
 The preceding text contains an important subtlety which application users should understand. It is not possible to
 use a single @FacesConverter annotation to register a single Converter implementation both in the
 
 by-class and the by-converter-id data structures. One way to achieve this result is to put the actual
 converter logic in an abstract base class, without a @FacesConverter annotation, and derive two sub-classes,
 each with a @FacesConverter annotation. One sub-class has a value attribute but no forClass
 attribute, and the other sub-class has the converse.
 
 Please see the ViewDeclarationLanguage documentation for 
 <h:selectManyListBox> for another important subtlety regarding converters and collections.
 
- 
Nested Class Summary
Nested ClassesModifier and TypeClassDescriptionstatic final classSupports inline instantiation of theFacesConverterqualifier. - 
Optional Element Summary
Optional ElementsModifier and TypeOptional ElementDescriptionThe value of this annotation attribute is taken to be the converter-for-class with which instances of this class of converter can be instantiated by callingApplication.createConverter(java.lang.Class).booleanThe value of this annotation attribute is taken to be an indicator that flags whether or not the given converter is a CDI managed converter.The value of this annotation attribute is taken to be the converter-id with which instances of this class of converter can be instantiated by callingApplication.createConverter(java.lang.String). 
- 
Element Details
- 
value
String valueThe value of this annotation attribute is taken to be the converter-id with which instances of this class of converter can be instantiated by calling
Application.createConverter(java.lang.String).- Returns:
 - the converter-id
 
- Default:
 ""
 - 
forClass
Class forClassThe value of this annotation attribute is taken to be the converter-for-class with which instances of this class of converter can be instantiated by calling
Application.createConverter(java.lang.Class).- Returns:
 - the class
 
- Default:
 java.lang.Object.class
 - 
managed
boolean managedThe value of this annotation attribute is taken to be an indicator that flags whether or not the given converter is a CDI managed converter.
- Returns:
 - whether or not this converter is managed by CDI
 
- Default:
 false
 
 -