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src/share/vm/gc/g1/concurrentMarkThread.cpp

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*** 90,100 **** jlong sleep_time_ms = mmu_tracker->when_ms(now, prediction_ms); os::sleep(this, sleep_time_ms, false); } } ! class G1ConcPhaseTimer : public GCTraceConcTimeImpl<LogLevel::Info, LogTag::_gc, LogTag::_marking> { G1ConcurrentMark* _cm; public: G1ConcPhaseTimer(G1ConcurrentMark* cm, const char* title) : GCTraceConcTimeImpl<LogLevel::Info, LogTag::_gc, LogTag::_marking>(title), --- 90,100 ---- jlong sleep_time_ms = mmu_tracker->when_ms(now, prediction_ms); os::sleep(this, sleep_time_ms, false); } } ! class G1ConcPhaseTimer : public GCTraceConcTimeImpl<LogLevel::Info, LOG_TAGS(gc, marking)> { G1ConcurrentMark* _cm; public: G1ConcPhaseTimer(G1ConcurrentMark* cm, const char* title) : GCTraceConcTimeImpl<LogLevel::Info, LogTag::_gc, LogTag::_marking>(title),
*** 120,129 **** --- 120,131 ---- _cm->root_regions()->cancel_scan(); break; } assert(GCId::current() != GCId::undefined(), "GC id should have been set up by the initial mark GC."); + + GCTraceConcTime(Info, gc) tt("Concurrent Cycle"); { ResourceMark rm; HandleMark hm; double cycle_start = os::elapsedVTime();
*** 208,218 **** // case they are needed by the pause. If a Full GC takes // place, it would wait for us to process the regions // reclaimed by cleanup. G1ConcPhaseTimer t(_cm, "Concurrent Complete Cleanup"); - // Now do the concurrent cleanup operation. _cm->complete_cleanup(); // Notify anyone who's waiting that there are no more free // regions coming. We have to do this before we join the STS --- 210,219 ----
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