NThreadData.h

#ifndef Ndmspc_NThreadData_H
#define Ndmspc_NThreadData_H
#include <vector>
#include <thread>
#include <cstddef>
#include <mutex>
#include <TObject.h>
#include "NResourceMonitor.h"
 
namespace Ndmspc {

class NThreadData : public TObject {
  public:

  void SetItemCount(long long itemCount) { fItemCount = itemCount; }

  void SetCoordSum(long long coordSum) { fCoordSum = coordSum; }

  void SetThreadId(std::thread::id threadId) { fThreadId = threadId; }

  void SetIdSet(bool idSet) { fIdSet = idSet; }

  void SetAssignedIndex(size_t assignedIndex) { fAssignedIndex = assignedIndex; }

  void SetResourceMonitor(NResourceMonitor * monitor) { fResourceMonitor = monitor; }


  long long GetItemCount() const { return fItemCount; }

  long long GetCoordSum() const { return fCoordSum; }

  std::thread::id GetThreadId() const { return fThreadId; }

  bool GetIdSet() const { return fIdSet; }

  size_t GetAssignedIndex() const { return fAssignedIndex; }
  static std::mutex fSharedMutex;

  NResourceMonitor * GetResourceMonitor() const { return fResourceMonitor; }

  NThreadData();

  virtual ~NThreadData();

  virtual void Process(const std::vector<int> & coords);

  virtual void Print(Option_t * option = "") const;
 
  protected:
  NResourceMonitor * fResourceMonitor{nullptr}; 
 
  private:
  long long       fItemCount = 0;         
  long long       fCoordSum  = 0;         
  std::thread::id fThreadId;              
  bool            fIdSet         = false; 
  size_t          fAssignedIndex = 0;     

  ClassDef(NThreadData, 1);
};
} // namespace Ndmspc
#endif