src/share/vm/gc/parallel/psParallelCompact.hpp

@@ -964,11 +964,10 @@
   static CollectorCounters*   _counters;
   static ParMarkBitMap        _mark_bitmap;
   static ParallelCompactData  _summary_data;
   static IsAliveClosure       _is_alive_closure;
   static SpaceInfo            _space_info[last_space_id];
-  static bool                 _print_phases;
   static AdjustPointerClosure _adjust_pointer_closure;
   static AdjustKlassClosure   _adjust_klass_closure;
 
   // Reference processing (used in ...follow_contents)
   static ReferenceProcessor*  _ref_processor;

@@ -987,17 +986,14 @@
 
  private:
 
   static void initialize_space_info();
 
-  // Return true if details about individual phases should be printed.
-  static inline bool print_phases();
-
   // Clear the marking bitmap and summary data that cover the specified space.
   static void clear_data_covering_space(SpaceId id);
 
-  static void pre_compact(PreGCValues* pre_gc_values);
+  static void pre_compact();
   static void post_compact();
 
   // Mark live objects
   static void marking_phase(ParCompactionManager* cm,
                             bool maximum_heap_compaction,

@@ -1067,11 +1063,11 @@
   static void summary_phase(ParCompactionManager* cm, bool maximum_compaction);
 
   // Adjust addresses in roots.  Does not adjust addresses in heap.
   static void adjust_roots();
 
-  DEBUG_ONLY(static void write_block_fill_histogram(outputStream* const out);)
+  DEBUG_ONLY(static void write_block_fill_histogram();)
 
   // Move objects to new locations.
   static void compact_perm(ParCompactionManager* cm);
   static void compact();
 

@@ -1258,14 +1254,10 @@
 
 inline bool PSParallelCompact::is_marked(oop obj) {
   return mark_bitmap()->is_marked(obj);
 }
 
-inline bool PSParallelCompact::print_phases() {
-  return _print_phases;
-}
-
 inline double PSParallelCompact::normal_distribution(double density) {
   assert(_dwl_initialized, "uninitialized");
   const double squared_term = (density - _dwl_mean) / _dwl_std_dev;
   return _dwl_first_term * exp(-0.5 * squared_term * squared_term);
 }