src/hotspot/share/jfr/leakprofiler/chains/objectSampleMarker.hpp

*** 43,53 ****
      markWord _mark_word;
      ObjectSampleMarkWord(const oop obj,
                           const markWord mark_word) : _obj(obj),
                                                       _mark_word(mark_word) {}
     public:
!     ObjectSampleMarkWord() : _obj(NULL), _mark_word(0) {}
    };
  
    GrowableArray<ObjectSampleMarkWord>* _store;
  
   public:
--- 43,53 ----
      markWord _mark_word;
      ObjectSampleMarkWord(const oop obj,
                           const markWord mark_word) : _obj(obj),
                                                       _mark_word(mark_word) {}
     public:
!     ObjectSampleMarkWord() : _obj(NULL), _mark_word(markWord::zero) {}
    };
  
    GrowableArray<ObjectSampleMarkWord>* _store;
  
   public:
*** 70,81 ****
      // now we will "poison" the mark word of the sample object
      // to the intermediate monitor INFLATING state.
      // This is an "impossible" state during a safepoint,
      // hence we will use it to quickly identify sample objects
      // during the reachability search from gc roots.
!     assert(0 == markWord::INFLATING().value(), "invariant");
      obj->set_mark(markWord::INFLATING());
!     assert(0 == obj->mark().value(), "invariant");
    }
  };
  
  #endif // SHARE_JFR_LEAKPROFILER_CHAINS_OBJECTSAMPLEMARKER_HPP
--- 70,81 ----
      // now we will "poison" the mark word of the sample object
      // to the intermediate monitor INFLATING state.
      // This is an "impossible" state during a safepoint,
      // hence we will use it to quickly identify sample objects
      // during the reachability search from gc roots.
!     assert(NULL == markWord::INFLATING().to_pointer(), "invariant");
      obj->set_mark(markWord::INFLATING());
!     assert(NULL == obj->mark().to_pointer(), "invariant");
    }
  };
  
  #endif // SHARE_JFR_LEAKPROFILER_CHAINS_OBJECTSAMPLEMARKER_HPP