81   if (NewSize > MaxMemoryForYoung) {
  82     if (FLAG_IS_CMDLINE(NewSize)) {
  83       log_warning(gc, ergo)("Setting NewSize to " SIZE_FORMAT " based on dram available (calculation = align(%s))",
  84                             MaxMemoryForYoung, calc_str.buffer());
  85     }
  86     NewSize = MaxMemoryForYoung;
  87   }
  88 
  89   // After setting new size flags, call base class initialize_flags()
  90   G1CollectorPolicy::initialize_flags();
  91 }
  92 
  93 size_t G1HeterogeneousCollectorPolicy::reasonable_max_memory_for_young() {
  94   return MaxMemoryForYoung;
  95 }
  96 
  97 size_t G1HeterogeneousCollectorPolicy::heap_reserved_size_bytes() const {
  98     return 2 * _max_heap_byte_size;
  99 }
 100 
 101 bool G1HeterogeneousCollectorPolicy::is_hetero_heap() const {
 102   return true;
 103 }

  81   if (NewSize > MaxMemoryForYoung) {
  82     if (FLAG_IS_CMDLINE(NewSize)) {
  83       log_warning(gc, ergo)("Setting NewSize to " SIZE_FORMAT " based on dram available (calculation = align(%s))",
  84                             MaxMemoryForYoung, calc_str.buffer());
  85     }
  86     NewSize = MaxMemoryForYoung;
  87   }
  88 
  89   // After setting new size flags, call base class initialize_flags()
  90   G1CollectorPolicy::initialize_flags();
  91 }
  92 
  93 size_t G1HeterogeneousCollectorPolicy::reasonable_max_memory_for_young() {
  94   return MaxMemoryForYoung;
  95 }
  96 
  97 size_t G1HeterogeneousCollectorPolicy::heap_reserved_size_bytes() const {
  98     return 2 * _max_heap_byte_size;
  99 }
 100 
 101 bool G1HeterogeneousCollectorPolicy::is_heterogeneous_heap() const {
 102   return true;
 103 }