src/hotspot/share/gc/g1/g1NUMAStats.cpp

*** 29,13 ***
  double G1NUMAStats::Stat::rate() const {
    return _requested == 0 ? 0 : (double)_hit / _requested * 100;
  }
  
  G1NUMAStats::NodeDataArray::NodeDataArray(uint num_nodes) {
-   // Not using > 1, for -XX:+ForceNUMA support.
-   guarantee(num_nodes > 0, "Number of nodes (%u) should be set", num_nodes);
- 
    // The row represents the number of nodes.
    _num_column = num_nodes;
    // +1 for G1MemoryNodeManager::AnyNodeIndex.
    _num_row = num_nodes + 1;
  
--- 29,10 ---

*** 123,12 ***
  }
  
  G1NUMAStats::G1NUMAStats(const int* node_ids, uint num_node_ids) :
    _node_ids(node_ids), _num_node_ids(num_node_ids), _node_data() {
  
!   // Not using > 1, for -XX:+ForceNUMA support.
-   assert(_num_node_ids > 0, "Should have at least one node id: %u", _num_node_ids);
  
    for (int i = 0; i < NodeDataItemsSentinel; i++) {
      _node_data[i] = new NodeDataArray(_num_node_ids);
    }
  }
--- 120,11 ---
  }
  
  G1NUMAStats::G1NUMAStats(const int* node_ids, uint num_node_ids) :
    _node_ids(node_ids), _num_node_ids(num_node_ids), _node_data() {
  
!   assert(_num_node_ids > 1, "Should have at least one node id: %u", _num_node_ids);
  
    for (int i = 0; i < NodeDataItemsSentinel; i++) {
      _node_data[i] = new NodeDataArray(_num_node_ids);
    }
  }