#include "pch.h"
#include "ElectricEqpmt_ElcTurnOffAreaMng.h"

void* ElectricEqpmt_ElcTurnOffAreaMng::m_pOwner = nullptr;
CALLBACKFUNC_EqpmtElcStatus ElectricEqpmt_ElcTurnOffAreaMng::m_hCallBackEqpmtElcStatus = nullptr;
CALLBACKFUNC_TurnOffArea ElectricEqpmt_ElcTurnOffAreaMng::m_hCallBackTurnOffArea = nullptr;

ElectricEqpmt_ElcTurnOffAreaMng::ElectricEqpmt_ElcTurnOffAreaMng()
{

}

ElectricEqpmt_ElcTurnOffAreaMng::~ElectricEqpmt_ElcTurnOffAreaMng()
{
	m_mapEqpmtStrIDAndAreaID.clear();
	m_mapElcTurnOffArea.clear();
}

void ElectricEqpmt_ElcTurnOffAreaMng::AddElcTurnOffArea( int nOffArea, int nStationID, const string& strEqpmtStrID )
{
	m_mapEqpmtStrIDAndAreaID.insert( make_pair( strEqpmtStrID, nOffArea) );
	map<int, ElectricEqpmt_ElcTurnOffArea >::iterator iterArea = m_mapElcTurnOffArea.find(nOffArea);
	if ( iterArea != m_mapElcTurnOffArea.end() )
	{
		iterArea->second.AddElcTurnOffArea( nOffArea, nStationID, strEqpmtStrID );
	}
	else
	{
		ElectricEqpmt_ElcTurnOffArea area;
		area.SetOffAreaID( nOffArea );
		area.SetStationID( nStationID );
		area.AddElcTurnOffArea( nOffArea, nStationID, strEqpmtStrID );
		m_mapElcTurnOffArea.insert( make_pair( nOffArea, area) );
	}
}

void ElectricEqpmt_ElcTurnOffAreaMng::EqpmtOffOccur( const string& strEqpmtID )
{
	TurnOffArea( GetAreaID(strEqpmtID) );
}

void ElectricEqpmt_ElcTurnOffAreaMng::TurnOffArea( int nArea )
{
	if ( NULL == m_hCallBackEqpmtElcStatus || NULL == m_hCallBackTurnOffArea )
	{
		return;
	}
	map<int, ElectricEqpmt_ElcTurnOffArea >::iterator iter = m_mapElcTurnOffArea.find(nArea);
	if ( iter == m_mapElcTurnOffArea.end() )
	{
		return;
	}
	int nMark = -1;
	// 设备区所有电力设备失电则表示改区域失电
	bool bEqpmtPower = false;
	for(int i = 0; i < iter->second.m_vecElcTurnOffArea.size(); i++ )
	{
		if (  m_hCallBackEqpmtElcStatus(m_pOwner, iter->second.m_vecElcTurnOffArea[i].m_strUnioEqpmtStrID) )
		{
			bEqpmtPower = true;
			break;
		}
	}


	if ( bEqpmtPower )
	{
		// 有带电设备而且之前设备区无电则为设备区送电
		if ( !iter->second.GetPower() )
		{
			nMark = 1;
		}
	}
	else
	{
		// 无带电设备而且之前设备区有电则为设备区停电
		if ( iter->second.GetPower() )
		{
			nMark = 0;
		}
	}
	
	if ( 0 == nMark )
	{
		// 处理设备区失电
		iter->second.SetPower(false);
		m_hCallBackTurnOffArea( m_pOwner, iter->second.GetOffAreaID(), iter->second.GetStationID(), nMark );
	}
	else if( 1 == nMark )
	{
		// 处理设备区受电
		iter->second.SetPower(true);
		m_hCallBackTurnOffArea( m_pOwner, iter->second.GetOffAreaID(), iter->second.GetStationID(), nMark );
	}
}

int ElectricEqpmt_ElcTurnOffAreaMng::GetAreaID( const string& strEqpmtID )
{
	int nRet = -1;
	map<string, int >::iterator iter = m_mapEqpmtStrIDAndAreaID.find( strEqpmtID );
	if ( iter != m_mapEqpmtStrIDAndAreaID.end() )
	{
		nRet = iter->second;
	}
	return nRet;
}

void ElectricEqpmt_ElcTurnOffAreaMng::AddElcToRelaData( int StationID,int CtrlAreaID, string ElcEqpmtStrID )
{
	m_nStationID = StationID; 
	m_nCtrlAreaID = CtrlAreaID;
	m_strEqpmtStrID =ElcEqpmtStrID;
}