40 
  41 void G1ErgoVerbose::set_enabled(ErgoHeuristic n, bool enabled) {
  42   assert(0 <= n && n < ErgoHeuristicNum, "pre-condition");
  43   _enabled[n] = enabled;
  44 }
  45 
  46 void G1ErgoVerbose::set_enabled(bool enabled) {
  47   for (int n = 0; n < ErgoHeuristicNum; n += 1) {
  48     set_enabled((ErgoHeuristic) n, enabled);
  49   }
  50 }
  51 
  52 const char* G1ErgoVerbose::to_string(int tag) {
  53   ErgoHeuristic n = extract_heuristic(tag);
  54   switch (n) {
  55   case ErgoHeapSizing:        return "Heap Sizing";
  56   case ErgoCSetConstruction:  return "CSet Construction";
  57   case ErgoConcCycles:        return "Concurrent Cycles";
  58   case ErgoMixedGCs:          return "Mixed GCs";
  59   case ErgoTiming:            return "Timing";

  60   default:
  61     ShouldNotReachHere();
  62     // Keep the Windows compiler happy
  63     return NULL;
  64   }
  65 }

  40 
  41 void G1ErgoVerbose::set_enabled(ErgoHeuristic n, bool enabled) {
  42   assert(0 <= n && n < ErgoHeuristicNum, "pre-condition");
  43   _enabled[n] = enabled;
  44 }
  45 
  46 void G1ErgoVerbose::set_enabled(bool enabled) {
  47   for (int n = 0; n < ErgoHeuristicNum; n += 1) {
  48     set_enabled((ErgoHeuristic) n, enabled);
  49   }
  50 }
  51 
  52 const char* G1ErgoVerbose::to_string(int tag) {
  53   ErgoHeuristic n = extract_heuristic(tag);
  54   switch (n) {
  55   case ErgoHeapSizing:        return "Heap Sizing";
  56   case ErgoCSetConstruction:  return "CSet Construction";
  57   case ErgoConcCycles:        return "Concurrent Cycles";
  58   case ErgoMixedGCs:          return "Mixed GCs";
  59   case ErgoTiming:            return "Timing";
  60   case ErgoIHOP:              return "IHOP";
  61   default:
  62     ShouldNotReachHere();
  63     // Keep the Windows compiler happy
  64     return NULL;
  65   }
  66 }