#ifndef _COMMON_PROCESSENTRY_HPP_
#define _COMMON_PROCESSENTRY_HPP_
#ifndef _COMMON_WINDOWS_HPP_
#include <common/windows.hpp>
#endif
#ifndef _COMMON_TOOLHELP32_HPP_
#include <common/tlhelp32.hpp>
#endif

class ProcessEntry : private PROCESSENTRY32
{
public:
  ProcessEntry(void);
	ProcessEntry(const ProcessEntry &processEntry);
	ProcessEntry(const PROCESSENTRY32 &processEntry32);
	virtual ~ProcessEntry();
	ProcessEntry &operator=(const ProcessEntry &processEntry);
	ProcessEntry &operator=(const PROCESSENTRY32 &processEntry32);
	BOOL operator==(const ProcessEntry &processEntry)const;
	BOOL operator==(const PROCESSENTRY32 &processEntry32)const;
	DWORD referenceCount(void)const;
	DWORD processID(void)const;
	DWORD heapID(void)const;
	DWORD moduleID(void)const;
	DWORD threads(void)const;
	DWORD parentProcessID(void)const;
	LONG priorityClassBase(void)const;
	DWORD flags(void)const;
	String strExeFile(void)const;
	PROCESSENTRY32 &getProcessEntry(void);
private:
  void referenceCount(DWORD referenceCount);
	void processID(DWORD processID);
	void heapID(DWORD heapID);
	void moduleID(DWORD moduleID);
	void threads(DWORD threads);
	void parentProcessID(DWORD parentProcessID);
	void priorityClassBase(LONG priorityClassBase);
	void flags(DWORD flags);
	void strExeFile(const String &strExeFile);
	void setZero(void);
};

inline
ProcessEntry::ProcessEntry(void)
{
  setZero();
}

inline
ProcessEntry::ProcessEntry(const ProcessEntry &processEntry)
{
  *this=processEntry;
}

inline
ProcessEntry::ProcessEntry(const PROCESSENTRY32 &processEntry32)
{
  *this=processEntry32;
}

inline
ProcessEntry::~ProcessEntry()
{
}

inline
ProcessEntry &ProcessEntry::operator=(const ProcessEntry &processEntry)
{
  referenceCount(processEntry.referenceCount());
	processID(processEntry.processID());
	heapID(processEntry.heapID());
	moduleID(processEntry.moduleID());
	threads(processEntry.threads());
	parentProcessID(processEntry.parentProcessID());
	priorityClassBase(processEntry.priorityClassBase());
	flags(processEntry.flags());
	strExeFile(processEntry.strExeFile());
  return *this;
}

inline
ProcessEntry &ProcessEntry::operator=(const PROCESSENTRY32 &processEntry32)
{
  referenceCount(processEntry32.cntUsage);
	processID(processEntry32.th32ProcessID);
	heapID(processEntry32.th32DefaultHeapID);
	moduleID(processEntry32.th32ModuleID);
	threads(processEntry32.cntThreads);
	parentProcessID(processEntry32.th32ParentProcessID);
	priorityClassBase(processEntry32.pcPriClassBase);
	flags(processEntry32.dwFlags);
	strExeFile(processEntry32.szExeFile);
  return *this;
}

inline
BOOL ProcessEntry::operator==(const ProcessEntry &processEntry)const
{
  return (referenceCount()==processEntry.referenceCount()&&
	        processID()==processEntry.processID()&&
	        heapID()==processEntry.heapID()&&
	        moduleID()==processEntry.moduleID()&&
	        threads()==processEntry.threads()&&
	        parentProcessID()==processEntry.parentProcessID()&&
	        priorityClassBase()==processEntry.priorityClassBase()&&
	        flags()==processEntry.flags()&&
	        strExeFile()==processEntry.strExeFile());
}

inline
BOOL ProcessEntry::operator==(const PROCESSENTRY32 &processEntry32)const
{
  return (referenceCount()==processEntry32.cntUsage&&
	        processID()==processEntry32.th32ProcessID&&
	        heapID()==processEntry32.th32DefaultHeapID&&
	        moduleID()==processEntry32.th32ModuleID&&
	        threads()==processEntry32.cntThreads&&
	        parentProcessID()==processEntry32.th32ParentProcessID&&
	        priorityClassBase()==processEntry32.pcPriClassBase&&
	        flags()==processEntry32.dwFlags&&
	        strExeFile()==processEntry32.szExeFile);
}

inline
DWORD ProcessEntry::referenceCount(void)const
{
  return PROCESSENTRY32::cntUsage;
}

inline
void ProcessEntry::referenceCount(DWORD referenceCount)
{
  PROCESSENTRY32::cntUsage=referenceCount;
}

inline
DWORD ProcessEntry::processID(void)const
{
  return PROCESSENTRY32::th32ProcessID;
}

inline
void ProcessEntry::processID(DWORD processID)
{
  PROCESSENTRY32::th32ProcessID=processID;
}

inline
DWORD ProcessEntry::heapID(void)const
{
  return PROCESSENTRY32::th32DefaultHeapID;
}

inline
void ProcessEntry::heapID(DWORD heapID)
{
  PROCESSENTRY32::th32DefaultHeapID=heapID;
}

inline
DWORD ProcessEntry::moduleID(void)const
{
  return PROCESSENTRY32::th32ModuleID;
}

inline
void ProcessEntry::moduleID(DWORD moduleID)
{
  PROCESSENTRY32::th32ModuleID=moduleID;
}

inline
DWORD ProcessEntry::threads(void)const
{
  return PROCESSENTRY32::cntThreads;
}

inline
void ProcessEntry::threads(DWORD threads)
{
  PROCESSENTRY32::cntThreads=threads;
}

inline
DWORD ProcessEntry::parentProcessID(void)const
{
  return PROCESSENTRY32::th32ParentProcessID;
}

inline
void ProcessEntry::parentProcessID(DWORD parentProcessID)
{
  PROCESSENTRY32::th32ParentProcessID=parentProcessID;
}

inline
LONG ProcessEntry::priorityClassBase(void)const
{
  return PROCESSENTRY32::pcPriClassBase;
}

inline
void ProcessEntry::priorityClassBase(LONG priorityClassBase)
{
  PROCESSENTRY32::pcPriClassBase=priorityClassBase;
}

inline
DWORD ProcessEntry::flags(void)const
{
  return PROCESSENTRY32::dwFlags;
}

inline
void ProcessEntry::flags(DWORD flags)
{
  PROCESSENTRY32::dwFlags=flags;
}

inline
String ProcessEntry::strExeFile(void)const
{
  return PROCESSENTRY32::szExeFile;
}

inline
void ProcessEntry::strExeFile(const String &strExeFile)
{
  if(strExeFile.length()>=sizeof(PROCESSENTRY32::szExeFile))return;
	::strcpy(PROCESSENTRY32::szExeFile,(char*)(String&)strExeFile);
}

inline
void ProcessEntry::setZero(void)
{
  PROCESSENTRY32::dwSize=sizeof(PROCESSENTRY32);
  PROCESSENTRY32::cntUsage=0;
  PROCESSENTRY32::th32ProcessID=0;
  PROCESSENTRY32::th32DefaultHeapID=0;
  PROCESSENTRY32::th32ModuleID=0;
  PROCESSENTRY32::cntThreads=0;
  PROCESSENTRY32::th32ParentProcessID=0;
  PROCESSENTRY32::pcPriClassBase=0;
  PROCESSENTRY32::dwFlags=0;
  PROCESSENTRY32::szExeFile[0]=0;
}

inline
PROCESSENTRY32 &ProcessEntry::getProcessEntry(void)
{
  return (PROCESSENTRY32&)*this;
}
#endif