88     }
  89     global_stats()->update_allocating_threads();
  90     global_stats()->update_number_of_refills(_number_of_refills);
  91     global_stats()->update_allocation(_number_of_refills * desired_size());
  92     global_stats()->update_gc_waste(_gc_waste);
  93     global_stats()->update_slow_refill_waste(_slow_refill_waste);
  94     global_stats()->update_fast_refill_waste(_fast_refill_waste);
  95 
  96   } else {
  97     assert(_number_of_refills == 0 && _fast_refill_waste == 0 &&
  98            _slow_refill_waste == 0 && _gc_waste          == 0,
  99            "tlab stats == 0");
 100   }
 101   global_stats()->update_slow_allocations(_slow_allocations);
 102 }
 103 
 104 // Fills the current tlab with a dummy filler array to create
 105 // an illusion of a contiguous Eden and optionally retires the tlab.
 106 // Waste accounting should be done in caller as appropriate; see,
 107 // for example, clear_before_allocation().
 108 void ThreadLocalAllocBuffer::make_parsable(bool retire) {
 109   if (end() != NULL) {
 110     invariants();
 111 
 112     if (retire) {
 113       myThread()->incr_allocated_bytes(used_bytes());
 114     }
 115 
 116     CollectedHeap::fill_with_object(top(), hard_end(), retire);
 117 
 118     if (retire || ZeroTLAB) {  // "Reset" the TLAB
 119       set_start(NULL);
 120       set_top(NULL);
 121       set_pf_top(NULL);
 122       set_end(NULL);
 123     }
 124   }
 125   assert(!(retire || ZeroTLAB)  ||
 126          (start() == NULL && end() == NULL && top() == NULL),
 127          "TLAB must be reset");
 128 }
 129 
 130 void ThreadLocalAllocBuffer::resize_all_tlabs() {
 131   if (ResizeTLAB) {
 132     for (JavaThread *thread = Threads::first(); thread != NULL; thread = thread->next()) {
 133       thread->tlab().resize();
 134     }
 135   }
 136 }

  88     }
  89     global_stats()->update_allocating_threads();
  90     global_stats()->update_number_of_refills(_number_of_refills);
  91     global_stats()->update_allocation(_number_of_refills * desired_size());
  92     global_stats()->update_gc_waste(_gc_waste);
  93     global_stats()->update_slow_refill_waste(_slow_refill_waste);
  94     global_stats()->update_fast_refill_waste(_fast_refill_waste);
  95 
  96   } else {
  97     assert(_number_of_refills == 0 && _fast_refill_waste == 0 &&
  98            _slow_refill_waste == 0 && _gc_waste          == 0,
  99            "tlab stats == 0");
 100   }
 101   global_stats()->update_slow_allocations(_slow_allocations);
 102 }
 103 
 104 // Fills the current tlab with a dummy filler array to create
 105 // an illusion of a contiguous Eden and optionally retires the tlab.
 106 // Waste accounting should be done in caller as appropriate; see,
 107 // for example, clear_before_allocation().
 108 void ThreadLocalAllocBuffer::make_parsable(bool retire, bool zap) {
 109   if (end() != NULL) {
 110     invariants();
 111 
 112     if (retire) {
 113       myThread()->incr_allocated_bytes(used_bytes());
 114     }
 115 
 116     CollectedHeap::fill_with_object(top(), hard_end(), retire && zap);
 117 
 118     if (retire || ZeroTLAB) {  // "Reset" the TLAB
 119       set_start(NULL);
 120       set_top(NULL);
 121       set_pf_top(NULL);
 122       set_end(NULL);
 123     }
 124   }
 125   assert(!(retire || ZeroTLAB)  ||
 126          (start() == NULL && end() == NULL && top() == NULL),
 127          "TLAB must be reset");
 128 }
 129 
 130 void ThreadLocalAllocBuffer::resize_all_tlabs() {
 131   if (ResizeTLAB) {
 132     for (JavaThread *thread = Threads::first(); thread != NULL; thread = thread->next()) {
 133       thread->tlab().resize();
 134     }
 135   }
 136 }