23   uptr Size;  member
27   void init(void *Ptr, uptr Size) {  in init()
30     this->Size = Size + sizeof(QuarantineBatch); // Account for the Batch Size.  in init()
34   uptr getQuarantinedSize() const { return Size - sizeof(QuarantineBatch); }  in getQuarantinedSize()
36   void push_back(void *Ptr, uptr Size) {  in push_back()
39     this->Size += Size;  in push_back()
48     DCHECK_GE(Size, sizeof(QuarantineBatch));  in merge()
53     Size += From->getQuarantinedSize();  in merge()
56     From->Size = sizeof(QuarantineBatch);  in merge()
74   uptr getSize() const { return atomic_load_relaxed(&Size); }  in getSize()
78   void enqueue(Callback Cb, void *Ptr, uptr Size) {  in enqueue()  argument
83       B->init(Ptr, Size);  in enqueue()
86       List.back()->push_back(Ptr, Size);  in enqueue()
87       addToSize(Size);  in enqueue()
94     atomic_store_relaxed(&From->Size, 0);  in transfer()
99     addToSize(B->Size);  in enqueueBatch()
107     subFromSize(B->Size);  in dequeueBatch()
120         DCHECK_EQ(Extracted->Size, sizeof(QuarantineBatch));  in mergeBatches()
123         ExtractedSize += Extracted->Size;  in mergeBatches()
140       TotalBytes += Batch.Size;  in getStats()
141       TotalOverheadBytes += Batch.Size - Batch.getQuarantinedSize();  in getStats()
164   atomic_uptr Size;  variable
166   void addToSize(uptr add) { atomic_store_relaxed(&Size, getSize() + add); }  in addToSize()
167   void subFromSize(uptr sub) { atomic_store_relaxed(&Size, getSize() - sub); }  in subFromSize()
178   void initLinkerInitialized(uptr Size, uptr CacheSize) {  in initLinkerInitialized()  argument
181     CHECK((Size == 0 && CacheSize == 0) || CacheSize != 0);  in initLinkerInitialized()
183     atomic_store_relaxed(&MaxSize, Size);  in initLinkerInitialized()
184     atomic_store_relaxed(&MinSize, Size / 10 * 9); // 90% of max size.  in initLinkerInitialized()
189   void init(uptr Size, uptr CacheSize) {  in init()  argument
191     initLinkerInitialized(Size, CacheSize);  in init()
197   void put(CacheT *C, Callback Cb, Node *Ptr, uptr Size) {  in put()  argument
198     C->enqueue(Cb, Ptr, Size);  in put()