@@ -642,11 +642,9 @@ public void clearOldest() {
642642 // build sorted map of idle objects
643643 final TreeMap <PooledObject <T >, K > map = new TreeMap <>();
644644
645- poolMap .forEach ((key , value ) -> {
646- // Each item into the map using the PooledObject object as the
647- // key. It then gets sorted based on the idle time
648- value .getIdleObjects ().forEach (p -> map .put (p , key ));
649- });
645+ // Each item into the map using the PooledObject object as the
646+ // key. It then gets sorted based on the idle time
647+ poolMap .forEach ((key , value ) -> value .getIdleObjects ().forEach (p -> map .put (p , key )));
650648
651649 // Now iterate created map and kill the first 15% plus one to account
652650 // for zero
@@ -655,9 +653,9 @@ public void clearOldest() {
655653
656654 while (iter .hasNext () && itemsToRemove > 0 ) {
657655 final Entry <PooledObject <T >, K > entry = iter .next ();
658- // kind of backwards on naming. In the map, each key is the
656+ // kind of backwards on naming. In the map, each key is the
659657 // PooledObject because it has the ordering with the timestamp
660- // value. Each value that the key references is the key of the
658+ // value. Each value that the key references is the key of the
661659 // list it belongs to.
662660 final K key = entry .getValue ();
663661 final PooledObject <T > p = entry .getKey ();
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