@Retention(value=RUNTIME)
@Target(value={FIELD,METHOD,PARAMETER})
public @interface XmlList

Used to map a property to a list simple type.

Usage

The @XmlList annotation can be used with the following program elements:

• JavaBean property
• field

When a collection property is annotated just with @XmlElement, each item in the collection will be wrapped by an element. For example,

 @XmlRootElement
 class Foo {
     @XmlElement
     List<String> data;
 }
 

would produce XML like this:

 <foo>
   <data>abc<data>abc</data>
   <data>def<data>def</data>
 </foo>
 

@XmlList annotation, on the other hand, allows multiple values to be represented as whitespace-separated tokens in a single element. For example,

 @XmlRootElement
 class Foo {
     @XmlElement
     @XmlList
     List<String> data;
 }
 

the above code will produce XML like this:

 <foo>
   <data>abc defdef</data>
 </foo>
 

This annotation can be used with the following annotations: XmlElement, XmlAttribute, XmlValue, XmlIDREF.

• The use of @XmlList with XmlValue while allowed, is redundant since XmlList maps a collection type to a simple schema type that derives by list just as XmlValue would.
• The use of @XmlList with XmlAttribute while allowed, is redundant since XmlList maps a collection type to a simple schema type that derives by list just as XmlAttribute would.

@Retention(value=RUNTIME)
 @Target(value={FIELD,METHOD,PARAMETER})
public @interface XmlList

Used to map a property to a list simple type.

Usage

The @XmlList annotation can be used with the following program elements:

• JavaBean property
• field

When a collection property is annotated just with @XmlElement, each item in the collection will be wrapped by an element. For example,

 @XmlRootElement
 class Foo {
     @XmlElement
     List<String> data;
 }
 

would produce XML like this:

 <foo>
   <data>abc
   <data>def
 </foo>
 

@XmlList annotation, on the other hand, allows multiple values to be represented as whitespace-separated tokens in a single element. For example,

 @XmlRootElement
 class Foo {
     @XmlElement
     @XmlList
     List<String> data;
 }
 

the above code will produce XML like this:

 <foo>
   <data>abc def
 </foo>
 

This annotation can be used with the following annotations: XmlElement, XmlAttribute, XmlValue, XmlIDREF.

• The use of @XmlList with XmlValue while allowed, is redundant since XmlList maps a collection type to a simple schema type that derives by list just as XmlValue would.
• The use of @XmlList with XmlAttribute while allowed, is redundant since XmlList maps a collection type to a simple schema type that derives by list just as XmlAttribute would.

@Retention(RUNTIME)
@Target({FIELD,METHOD,PARAMETER})
public @interface XmlList

Used to map a property to a list simple type.

Usage

The @XmlList annotation can be used with the following program elements:

• JavaBean property
• field

When a collection property is annotated just with @XmlElement, each item in the collection will be wrapped by an element. For example,

 @XmlRootElement
 class Foo {
     @XmlElement
     List<String> data;
 }
 

would produce XML like this:

 <foo>
   <data>abc</data>
   <data>def</data>
 </foo>
 

@XmlList annotation, on the other hand, allows multiple values to be represented as whitespace-separated tokens in a single element. For example,

 @XmlRootElement
 class Foo {
     @XmlElement
     @XmlList
     List<String> data;
 }
 

the above code will produce XML like this:

 <foo>
   <data>abc def</data>
 </foo>
 

This annotation can be used with the following annotations: XmlElement, XmlAttribute, XmlValue, XmlIDREF.

• The use of @XmlList with XmlValue while allowed, is redundant since XmlList maps a collection type to a simple schema type that derives by list just as XmlValue would.
• The use of @XmlList with XmlAttribute while allowed, is redundant since XmlList maps a collection type to a simple schema type that derives by list just as XmlAttribute would.