sapphire/src/servers/Server_Zone/ZoneMgr.cpp

#include <Server_Common/Logger.h>
#include <Server_Common/Database.h>
#include <Server_Common/ExdData.h>
#include <boost/lexical_cast.hpp>

#include "ZoneMgr.h"
#include "Zone.h"

#include "ZonePosition.h"


extern Core::Logger g_log;
extern Core::Db::Database g_database;
extern Core::Data::ExdData g_exdData;

namespace Core {

   ZoneMgr::ZoneMgr()
   {
   }

   ZoneMgr::~ZoneMgr()
   {
   }

   void ZoneMgr::loadZonePositionMap()
   {
      auto pQR = g_database.query( "SELECT id, target_zone_id, pos_x, pos_y, pos_z, pos_o, radius " \
                                   "FROM dbzonepositions;" );

      if( !pQR )
         return;

      do
      {
         Db::Field *field = pQR->fetch();
         uint32_t id = field[0].getUInt32();
         uint32_t targetZoneId = field[1].getUInt32();
         Common::FFXIVARR_POSITION3 pos;
         pos.x = field[2].getFloat();
         pos.y = field[3].getFloat();
         pos.z = field[4].getFloat();
         float posO = field[5].getFloat();
         uint32_t radius = field[6].getUInt32();
         
         m_zonePositionMap[id] = ZonePositionPtr( new ZonePosition( id, targetZoneId, pos, radius, posO ) );

      } while( pQR->nextRow() );
   }

   ZonePositionPtr ZoneMgr::getZonePosition( uint32_t zonePositionId )
   {
      auto it = m_zonePositionMap.find( zonePositionId );

      if( it != m_zonePositionMap.end() )
         return it->second;

      return nullptr;
   }

   bool ZoneMgr::createZones()
   {
      loadZonePositionMap();

      // find zone info from exd
      for( auto zone : g_exdData.m_zoneInfoMap )
      {
         uint32_t zoneId = zone.first;

 
         auto info = zone.second;
         g_log.Log( LoggingSeverity::info, std::to_string( info.id ) + "\t" + info.zone_str );

         ZonePtr pZone( new Zone( info.id, info.layout_id, info.zone_name, info.zone_str, false ) );
         pZone->init();
         m_zoneMap[info.id] = pZone;
      }

      //do
      //{
      //   Db::Field *field = pQR->fetch();
      //   uint16_t id = field[0].getUInt16();
      //   std::string inName = field[1].getString();
      //   std::string name = field[2].getString();
      //   uint32_t layoutId = field[3].getUInt32();
      //   bool isPrivate = field[4].getBool();

      //   if(!isPrivate)
      //   {
      //      g_log.Log(LoggingSeverity::info, std::to_string(id) + "\t" + inName + " - " + name);

      //      ZonePtr pZone( new Zone( id, layoutId, name, inName, isPrivate ) );

      //      m_zoneMap[id] = pZone;

      //      // start the region worker
      //      // ThreadPool->executeTask(pRegion);
      //   }
      //   else
      //   {
      //      //Console->outTime(" --> %s", inName.c_str());
      //      //Console->outTime("\tCached private instance...", name.c_str());

      //      //// write the instance data into the instance cache for later use
      //      //InstanceCacheEntry * pICE = new InstanceCacheEntry();
      //      //pICE->id		= id;
      //      //pICE->inName	= inName;
      //      //pICE->minX		= minX;
      //      //pICE->maxX		= maxX;
      //      //pICE->minY		= minY;
      //      //pICE->maxY		= maxY;
      //      //pICE->name		= name;
      //      //pICE->layoutId  = layoutId;
      //      //pICE->isPrivate	= isPrivate;

      //      //m_instanceCache[pICE->id] = pICE;
      //      //m_instanceCacheName[inName] = pICE;

      //      //createInstance(pICE);
      //   }

      //} while(pQR->nextRow());

      return true;
   }

   void ZoneMgr::updateZones()
   {
      for( auto zone : m_zoneMap )
      {
         zone.second->runZoneLogic();
      }
   }

   ZonePtr ZoneMgr::getZone( uint32_t zoneId )
   {
      ZoneMap::iterator it;
      it = m_zoneMap.find( zoneId );

      if( it != m_zoneMap.end() )
         return it->second;

      return nullptr;
   }

}