diff --git a/extended/src/main/java/io/kubernetes/client/extended/leaderelection/LeaderElector.java b/extended/src/main/java/io/kubernetes/client/extended/leaderelection/LeaderElector.java
index 302b378dce..a865f292f6 100644
--- a/extended/src/main/java/io/kubernetes/client/extended/leaderelection/LeaderElector.java
+++ b/extended/src/main/java/io/kubernetes/client/extended/leaderelection/LeaderElector.java
@@ -107,22 +107,19 @@ public LeaderElector(LeaderElectionConfig config, Consumer<Throwable> exceptionH
   }
 
   /**
-   * Runs the leader election in foreground. The process will enter an
-   * acquisition loop trying to get a lease of the lock object set in
-   * configuration. The acquisition loop stops in either of these 
-   * scenarios:
+   * Runs the leader election in foreground. The process will enter an acquisition loop trying to
+   * get a lease of the lock object set in configuration. The acquisition loop stops in either of
+   * these scenarios:
    *
-   * 1) An error occurs that prevents us from aquiring a lease.
+   * <p>1) An error occurs that prevents us from aquiring a lease.
    *
-   * 2) The LeaderElector successfully acquires leadership. At this
-   *    point, we will enter a renewal loop where we will continuously
-   *    renew the lease following the provided configuration.
+   * <p>2) The LeaderElector successfully acquires leadership. At this point, we will enter a
+   * renewal loop where we will continuously renew the lease following the provided configuration.
    *
-   * Note that in both cases the LeaderElector will NOT return to the
-   * acquisition loop. This is most relevant when a leader instance
-   * loses leadership as the LeaderElector will not try to re-acquire 
-   * leadership. To do this, the caller is responsible for explicitly
-   * invoking the "run" method again.
+   * <p>Note that in both cases the LeaderElector will NOT return to the acquisition loop. This is
+   * most relevant when a leader instance loses leadership as the LeaderElector will not try to
+   * re-acquire leadership. To do this, the caller is responsible for explicitly invoking the "run"
+   * method again.
    *
    * @param startLeadingHook called when a LeaderElector client starts leading
    * @param stopLeadingHook called when a LeaderElector client stops leading
@@ -132,22 +129,19 @@ public void run(Runnable startLeadingHook, Runnable stopLeadingHook) {
   }
 
   /**
-   * Runs the leader election in foreground. The process will enter an
-   * acquisition loop trying to get a lease of the lock object set in
-   * configuration. The acquisition loop stops in either of these 
-   * scenarios:
+   * Runs the leader election in foreground. The process will enter an acquisition loop trying to
+   * get a lease of the lock object set in configuration. The acquisition loop stops in either of
+   * these scenarios:
    *
-   * 1) An error occurs that prevents us from aquiring a lease.
+   * <p>1) An error occurs that prevents us from aquiring a lease.
    *
-   * 2) The LeaderElector successfully acquires leadership. At this
-   *    point, we will enter a renewal loop where we will continuously
-   *    renew the lease following the provided configuration.
+   * <p>2) The LeaderElector successfully acquires leadership. At this point, we will enter a
+   * renewal loop where we will continuously renew the lease following the provided configuration.
    *
-   * Note that in both cases the LeaderElector will NOT return to the
-   * acquisition loop. This is most relevant when a leader instance
-   * loses leadership as the LeaderElector will not try to re-acquire 
-   * leadership. To do this, the caller is responsible for explicitly
-   * invoking the "run" method again.
+   * <p>Note that in both cases the LeaderElector will NOT return to the acquisition loop. This is
+   * most relevant when a leader instance loses leadership as the LeaderElector will not try to
+   * re-acquire leadership. To do this, the caller is responsible for explicitly invoking the "run"
+   * method again.
    *
    * @param startLeadingHook called when a LeaderElector client starts leading
    * @param stopLeadingHook called when a LeaderElector client stops leading