278 // Flip address view
279 ZAddressMasks::flip_to_marked();
280 flip_views();
281
282 // Reset allocated/reclaimed/used statistics
283 _page_allocator.reset_statistics();
284
285 // Reset encountered/dropped/enqueued statistics
286 _reference_processor.reset_statistics();
287
288 // Enter mark phase
289 ZGlobalPhase = ZPhaseMark;
290
291 // Reset marking information and mark roots
292 _mark.start();
293
294 // Update statistics
295 ZStatHeap::set_at_mark_start(capacity(), used());
296 }
297
298 void ZHeap::mark() {
299 _mark.mark();
300 }
301
302 void ZHeap::mark_flush_and_free(Thread* thread) {
303 _mark.flush_and_free(thread);
304 }
305
306 class ZFixupPartialLoadsTask : public ZTask {
307 private:
308 ZThreadRootsIterator _thread_roots;
309
310 public:
311 ZFixupPartialLoadsTask() :
312 ZTask("ZFixupPartialLoadsTask"),
313 _thread_roots() {}
314
315 virtual void work() {
316 ZMarkRootOopClosure cl;
317 _thread_roots.oops_do(&cl);
318 }
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278 // Flip address view
279 ZAddressMasks::flip_to_marked();
280 flip_views();
281
282 // Reset allocated/reclaimed/used statistics
283 _page_allocator.reset_statistics();
284
285 // Reset encountered/dropped/enqueued statistics
286 _reference_processor.reset_statistics();
287
288 // Enter mark phase
289 ZGlobalPhase = ZPhaseMark;
290
291 // Reset marking information and mark roots
292 _mark.start();
293
294 // Update statistics
295 ZStatHeap::set_at_mark_start(capacity(), used());
296 }
297
298 void ZHeap::mark(bool initial) {
299 _mark.mark(initial);
300 }
301
302 void ZHeap::mark_flush_and_free(Thread* thread) {
303 _mark.flush_and_free(thread);
304 }
305
306 class ZFixupPartialLoadsTask : public ZTask {
307 private:
308 ZThreadRootsIterator _thread_roots;
309
310 public:
311 ZFixupPartialLoadsTask() :
312 ZTask("ZFixupPartialLoadsTask"),
313 _thread_roots() {}
314
315 virtual void work() {
316 ZMarkRootOopClosure cl;
317 _thread_roots.oops_do(&cl);
318 }
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