src/hotspot/share/utilities/concurrentHashTable.hpp

@@ -307,11 +307,11 @@
                       bool* grow_hint = NULL);
 
   // Insert which handles a number of cases.
   template <typename LOOKUP_FUNC, typename VALUE_FUNC, typename CALLBACK_FUNC>
   bool internal_insert(Thread* thread, LOOKUP_FUNC& lookup_f, VALUE_FUNC& value_f,
-                       CALLBACK_FUNC& callback, bool* grow_hint = NULL);
+                       CALLBACK_FUNC& callback, bool* grow_hint = NULL, bool* clean_hint = NULL);
 
   // Returns true if an item matching LOOKUP_FUNC is removed.
   // Calls DELETE_FUNC before destroying the node.
   template <typename LOOKUP_FUNC, typename DELETE_FUNC>
   bool internal_remove(Thread* thread, LOOKUP_FUNC& lookup_f,

@@ -394,12 +394,12 @@
   // LOOKUP_FUNC is matching methods, VALUE_FUNC creates value to be inserted
   // and CALLBACK_FUNC is called with new or old value. Returns true if the
   // value already exists.
   template <typename LOOKUP_FUNC, typename VALUE_FUNC, typename CALLBACK_FUNC>
   bool get_insert_lazy(Thread* thread, LOOKUP_FUNC& lookup_f, VALUE_FUNC& val_f,
-                       CALLBACK_FUNC& callback_f, bool* grow_hint = NULL) {
-    return !internal_insert(thread, lookup_f, val_f, callback_f, grow_hint);
+                       CALLBACK_FUNC& callback_f, bool* grow_hint = NULL, bool* clean_hint = NULL) {
+    return !internal_insert(thread, lookup_f, val_f, callback_f, grow_hint, clean_hint);
   }
 
   // Same without CALLBACK_FUNC.
   template <typename LOOKUP_FUNC, typename VALUE_FUNC>
   bool get_insert_lazy(Thread* thread, LOOKUP_FUNC& lookup_f, VALUE_FUNC& val_f,

@@ -434,13 +434,13 @@
 
   // Returns true true if the item was inserted, duplicates are found with
   // LOOKUP_FUNC.
   template <typename LOOKUP_FUNC>
   bool insert(Thread* thread, LOOKUP_FUNC& lookup_f, const VALUE& value,
-              bool* grow_hint = NULL) {
+              bool* grow_hint = NULL, bool* clean_hint = NULL) {
     LazyValueRetrieve vp(value);
-    return internal_insert(thread, lookup_f, vp, noOp, grow_hint);
+    return internal_insert(thread, lookup_f, vp, noOp, grow_hint, clean_hint);
   }
 
   // This does a fast unsafe insert and can thus only be used when there is no
   // risk for a duplicates and no other threads uses this table.
   bool unsafe_insert(const VALUE& value);