src/share/vm/gc_implementation/g1/concurrentG1Refine.hpp

*** 37,48 ****
  class G1RemSet;
  class DirtyCardQueue;
  
  class ConcurrentG1Refine: public CHeapObj<mtGC> {
    ConcurrentG1RefineThread** _threads;
!   int _n_threads;
!   int _n_worker_threads;
   /*
    * The value of the update buffer queue length falls into one of 3 zones:
    * green, yellow, red. If the value is in [0, green) nothing is
    * done, the buffers are left unprocessed to enable the caching effect of the
    * dirtied cards. In the yellow zone [green, yellow) the concurrent refinement
--- 37,48 ----
  class G1RemSet;
  class DirtyCardQueue;
  
  class ConcurrentG1Refine: public CHeapObj<mtGC> {
    ConcurrentG1RefineThread** _threads;
!   uint _n_threads;
!   uint _n_worker_threads;
   /*
    * The value of the update buffer queue length falls into one of 3 zones:
    * green, yellow, red. If the value is in [0, green) nothing is
    * done, the buffers are left unprocessed to enable the caching effect of the
    * dirtied cards. In the yellow zone [green, yellow) the concurrent refinement
*** 86,96 ****
    void worker_threads_do(ThreadClosure * tc);
  
    // The RS sampling thread
    ConcurrentG1RefineThread * sampling_thread() const;
  
!   static int thread_num();
  
    void print_worker_threads_on(outputStream* st) const;
  
    void set_green_zone(int x)  { _green_zone = x;  }
    void set_yellow_zone(int x) { _yellow_zone = x; }
--- 86,96 ----
    void worker_threads_do(ThreadClosure * tc);
  
    // The RS sampling thread
    ConcurrentG1RefineThread * sampling_thread() const;
  
!   static uint thread_num();
  
    void print_worker_threads_on(outputStream* st) const;
  
    void set_green_zone(int x)  { _green_zone = x;  }
    void set_yellow_zone(int x) { _yellow_zone = x; }
*** 98,109 ****
  
    int green_zone() const      { return _green_zone;  }
    int yellow_zone() const     { return _yellow_zone; }
    int red_zone() const        { return _red_zone;    }
  
!   int total_thread_num() const  { return _n_threads;        }
!   int worker_thread_num() const { return _n_worker_threads; }
  
    int thread_threshold_step() const { return _thread_threshold_step; }
  
    G1HotCardCache* hot_card_cache() { return &_hot_card_cache; }
  };
--- 98,109 ----
  
    int green_zone() const      { return _green_zone;  }
    int yellow_zone() const     { return _yellow_zone; }
    int red_zone() const        { return _red_zone;    }
  
!   uint total_thread_num() const  { return _n_threads;        }
!   uint worker_thread_num() const { return _n_worker_threads; }
  
    int thread_threshold_step() const { return _thread_threshold_step; }
  
    G1HotCardCache* hot_card_cache() { return &_hot_card_cache; }
  };