#include "StdAfx.h"
#include "UserMap.h"

CUserMap::CUserMap(void)
{
}

CUserMap::~CUserMap(void)
{
}

int CUserMap::GetSize()
{
	return m_usermap.size();
}

void CUserMap::Add(BILLUSER user)
{	
	autolock(m_cs);
	m_usermap[user.dwBillingGUID] = user;
	
}

bool CUserMap::Remove(long nKey)
{
	autolock(m_cs);
	return m_usermap.erase(nKey);	
}

bool CUserMap::Find(long nGuid, BILLUSER& billingbuser)
{
	autolock(m_cs);

	stdext::hash_map<long, BILLUSER>::iterator itr;

	itr = m_usermap.find(nGuid);

	if(m_usermap.end() == itr) return false;
	else
	{
		billingbuser = itr->second;
		/*billingbuser.RealEndDate	= itr->second.RealEndDate;
		billingbuser.EndDate		= itr->second.EndDate;
		billingbuser.dRestPoint		= itr->second.dRestPoint;
		billingbuser.dRestTime		= itr->second.dRestTime;
		billingbuser.sDeductType	= itr->second.sDeductType;
		billingbuser.dwBillingGUID	= itr->second.dwBillingGUID;
		billingbuser.dwAccountGUID	= itr->second.dwAccountGUID;*/
	}

	return true;
}

void CUserMap::Clear()
{
	autolock(m_cs);
	m_usermap.clear();
}

void CUserMap::GetCloseUsers(LPVOID pSession, std::vector<BILLINGJOB>& vec)
{
	autolock(m_cs);

	BILLINGJOB job;

	job.jobcode = JOB_LOGOUT;

	stdext::hash_map<long, BILLUSER>::iterator itr;

	for(itr = m_usermap.begin() ; itr != m_usermap.end() ; itr++)
	{
		if(itr->second.pSession == pSession)
		{
			job.nBillingGUID = itr->second.dwBillingGUID;
			vec.push_back(job);
		}
	}
}

void CUserMap::GetAllUsers(std::vector<BILLINGJOB>& vec, DWORD	dwCurrentTime)
{
	autolock(m_cs);

	BILLINGJOB job;	

	stdext::hash_map<long, BILLUSER>::iterator itr;

	for(itr = m_usermap.begin() ; itr != m_usermap.end() ; itr++)
	{	
		if(DEDUCT_TYPE_PERSON_TIME == itr->second.sDeductType || DEDUCT_TYPE_ROON_TIME == itr->second.sDeductType) //Á¤¾× »ç¿ëÀÚ.
		{
			if(itr->second.RealEndDate > dwCurrentTime) continue;// Á¤¾×½Ã°£ÀÌ ³²¾ÒÀ¸¸é Àâ¿¡ Ãß°¡ÇÏÁö ¾Ê´Â´Ù.
		}

		job.dwAccountGUID	= itr->second.dwAccountGUID;
		job.dwIPAddress		= itr->second.dwIPAddress;
		job.dwRoomGUID		= itr->second.dwRoomGUID;
		job.dwGameCode		= itr->second.dwGameCode;
		job.dwServerType	= itr->second.dwServerType;
		job.nDeductTime		= itr->second.nDeductTime;
		job.sDeductType		= itr->second.sDeductType;	
		job.pSession		= itr->second.pSession;		
		job.nBillingGUID	= itr->second.dwBillingGUID;
		job.dRestPoint		= itr->second.dRestPoint;
		job.dRestTime		= itr->second.dRestTime;
		job.EndDate			= itr->second.EndDate;
		job.RealEndDate		= itr->second.RealEndDate;	

		job.jobcode	= JOB_DEDUCT;
		
		vec.push_back(job);		
	}
}

void CUserMap::GetLiveCheckUsers(std::vector<BILLINGJOB>& vec)
{
	autolock(m_cs);

	BILLINGJOB job;

	job.jobcode			= JOB_EXPIRED;

	stdext::hash_map<long, BILLUSER>::iterator itr;

	for(itr = m_usermap.begin() ; itr != m_usermap.end() ; itr++)
	{		
		if(DEDUCT_TYPE_PERSON_TIME == itr->second.sDeductType || DEDUCT_TYPE_ROON_TIME == itr->second.sDeductType)
		{
			job.dwAccountGUID	= itr->second.dwAccountGUID;	
			job.dwIPAddress		= itr->second.dwIPAddress;	
			job.dwRoomGUID		= itr->second.dwRoomGUID;		
			job.dwGameCode		= itr->second.dwGameCode;		
			job.dwServerType	= itr->second.dwServerType;	
			job.nDeductTime		= itr->second.nDeductTime;	
			job.sDeductType		= itr->second.sDeductType;	
			job.pSession		= itr->second.pSession;		
			job.nBillingGUID	= itr->second.dwBillingGUID;
			job.dRestPoint		= itr->second.dRestPoint;
			job.dRestTime		= itr->second.dRestTime;
			job.EndDate			= itr->second.EndDate;
			job.RealEndDate		= itr->second.RealEndDate;
			
			vec.push_back(job);		
		}
	}
}