modules/graphics/src/main/java/javafx/concurrent/Service.java

*** 99,120 ****
   * <p>
   *     Because a Service is intended to simplify declarative use cases, subclasses
   *     should expose as properties the input parameters to the work to be done.
   *     For example, suppose I wanted to write a Service which read the first line
   *     from any URL and returned it as a String. Such a Service might be defined,
!  *     such that it had a single property, <code>url</code>. It might be implemented
   *     as:
   *     <pre><code>
   *     public static class FirstLineService extends Service&lt;String&gt; {
   *         private StringProperty url = new SimpleStringProperty(this, "url");
   *         public final void setUrl(String value) { url.set(value); }
   *         public final String getUrl() { return url.get(); }
   *         public final StringProperty urlProperty() { return url; }
   *
   *         protected Task createTask() {
   *             final String _url = getUrl();
!  *             return new Task&ltString&gt;() {
   *                 protected String call() throws Exception {
   *                     URL u = new URL(_url);
   *                     BufferedReader in = new BufferedReader(
   *                             new InputStreamReader(u.openStream()));
   *                     String result = in.readLine();
--- 99,121 ----
   * <p>
   *     Because a Service is intended to simplify declarative use cases, subclasses
   *     should expose as properties the input parameters to the work to be done.
   *     For example, suppose I wanted to write a Service which read the first line
   *     from any URL and returned it as a String. Such a Service might be defined,
!  *     such that it had a single property, {@code url}. It might be implemented
   *     as:
+  * </p>
   *     <pre><code>
   *     public static class FirstLineService extends Service&lt;String&gt; {
   *         private StringProperty url = new SimpleStringProperty(this, "url");
   *         public final void setUrl(String value) { url.set(value); }
   *         public final String getUrl() { return url.get(); }
   *         public final StringProperty urlProperty() { return url; }
   *
   *         protected Task createTask() {
   *             final String _url = getUrl();
!  *             return new Task&lt;String&gt;() {
   *                 protected String call() throws Exception {
   *                     URL u = new URL(_url);
   *                     BufferedReader in = new BufferedReader(
   *                             new InputStreamReader(u.openStream()));
   *                     String result = in.readLine();
*** 123,139 ****
   *                 }
   *             };
   *         }
   *     }
   *     </code></pre>
-  * </p>
   * <p>
   *     The Service by default uses a thread pool Executor with some unspecified
   *     default or maximum thread pool size. This is done so that naive code
   *     will not completely swamp the system by creating thousands of Threads.
   * </p>
!  * @param <V>
   * @since JavaFX 2.0
   */
  public abstract class Service<V> implements Worker<V>, EventTarget {
      /**
       * Logger used in the case of some uncaught exceptions
--- 124,139 ----
   *                 }
   *             };
   *         }
   *     }
   *     </code></pre>
   * <p>
   *     The Service by default uses a thread pool Executor with some unspecified
   *     default or maximum thread pool size. This is done so that naive code
   *     will not completely swamp the system by creating thousands of Threads.
   * </p>
!  * @param <V> the type of object returned by the Service.
   * @since JavaFX 2.0
   */
  public abstract class Service<V> implements Worker<V>, EventTarget {
      /**
       * Logger used in the case of some uncaught exceptions