ClientStage::ClientStage(const Stage& stage,const STRING gameObjectName):Stage(stage, gameObjectName)
{
PlayerMap tempPlayerMap = this->m_PlayerMap;
MonsterMap tempMonsterMap = this->m_MonsterMap;
this->m_PlayerMap.clear();
this->m_MonsterMap.clear();
std::for_each(tempPlayerMap.begin(), tempPlayerMap.end(), [this,&stage](PlayerMap::value_type& playerInfoPair){
Player* player = playerInfoPair.second;
ASSERT_DEBUG(player != nullptr);
ClientPlayer* clientPlayer = new ClientPlayer(*player);
this->AddPlayer(clientPlayer->GetActorID(), clientPlayer);
delete player;
});
tempPlayerMap.clear();
// NOTE : replacing Monster object to ClientMonster object
std::for_each(tempMonsterMap.begin(), tempMonsterMap.end(), [this](MonsterMap::value_type& monsterInfoPair){
Monster* monster = monsterInfoPair.second;
ASSERT_DEBUG(monster != nullptr);
ClientMonster* clientMonster = new ClientMonster(*monster);
this->AddMonster(clientMonster->GetActorID(), clientMonster);
delete monster;
});
tempMonsterMap.clear();
}
/*!
* \brief Get the player associated with id/name in the pool.
*
* \param idname String value of player's name or integer string of
* player's identification.
*
* \return Reference to ChessPlayer. If player's id is NoPlayerId, then the
* player wasn't found.
*/
ChessPlayer &getPlayer(const string idname)
{
PlayerMap::iterator pos;
// try name first to find the player in the pool
if( (pos = m_pool.find(idname)) != m_pool.end() )
{
return pos->second;
}
long val;
// convert to long
if( str::tolong(idname, val) != OK )
{
return ChessPlayer::noplayer();
}
ChessPlayerId id = (ChessPlayerId)val;
IdToNameMap::iterator idpos;
// try to find player's id
if( (idpos = m_idToName.find(id)) == m_idToName.end() )
{
return ChessPlayer::noplayer();
}
// now try again to find player in the pool
if( (pos = m_pool.find(idpos->second)) != m_pool.end() )
{
return pos->second;
}
else
{
return ChessPlayer::noplayer();
}
}
