void MapCreater::NewArea(STRARR& cmd)
{
if (cmd.size()>1)
{
if(!CheckDirExist(cmd[0]))
NewMap(STRARR(cmd.begin(), cmd.begin()+1));
string mappath = _working_dir + "/" + cmd[0];
ConfigFile mapdata(mappath + MAPDATA);
mapdata.Add(string("area_") + cmd[1], cmd[1]);
string areapath = mappath + "/" + cmd[1];
CheckFileExist(areapath + AREADATA);
cout<<"Area ["<<cmd[1]<<"] created in ["<<cmd[0]<<"]\n";
}
else
cout<<"newarea (mapname) (areaname)\n";
}
void Session::ProcessPacket(SmartPacket* packet, Player* pSource)
{
switch(packet->GetOpcode())
{
case CMSG_INITIATE_SESSION:
{
SmartPacket response(SMSG_INITIATE_SESSION_RESPONSE);
response << uint32(sGlobalStorage->GetLock());
SendPacket(pSource, &response);
break;
}
case CMSG_VALIDATE_VERSION:
{
SmartPacket response(SMSG_VALIDATE_VERSION_RESPONSE);
response << VERSION_STR;
response << uint32(1); // I pres to hratelny - jen doporuci update pri rozdilu verzi
SendPacket(pSource, &response);
break;
}
case CMSG_REQUEST_INSTANCE_LIST:
{
const char* inststr = sInstanceManager->GetInstanceString();
SmartPacket response(SMSG_INSTANCE_LIST);
response << inststr;
SendPacket(pSource, &response);
break;
}
case CMSG_ENTER_GAME:
{
uint32 instanceId;
std::string nickname;
*packet >> instanceId;
nickname = packet->readstr();
if (sSession->GetPlayerByName(nickname.c_str()))
{
SmartPacket response(SMSG_ENTER_GAME_RESULT);
response << uint8(1); //error - nick uz ma nekdo jiny
SendPacket(pSource, &response);
}
pSource->m_nickName = nickname;
sInstanceManager->RegisterPlayer(pSource, instanceId);
if (sInstanceManager->GetPlayerInstanceId(pSource) != instanceId)
{
SmartPacket response(SMSG_ENTER_GAME_RESULT);
response << uint8(2); //error - nelze pridat do instance
SendPacket(pSource, &response);
return;
}
// TODO: nacteni start. pozic ze souboru
pSource->m_positionX = 1.0f;
pSource->m_positionY = 1.0f;
SmartPacket response(SMSG_ENTER_GAME_RESULT);
response << uint8(0); //vsechno ok
response << float(pSource->m_positionX); // startovni pozice X
response << float(pSource->m_positionY); // startovni pozice Y (klientsky Z)
response << uint32(pSource->m_socket); // jako ID pouzijeme socket ID
response << instanceId;
SendPacket(pSource, &response);
SmartPacket mapdata(SMSG_MAP_INITIAL_DATA);
Instance* pInstance = sInstanceManager->GetPlayerInstance(pSource);
if (pInstance)
{
for (int i = 0; i < MAX_PLAYERS_PER_INSTANCE; i++)
{
if (pInstance->pPlayers[i])
{
mapdata << uint32(pInstance->pPlayers[i]->m_socket);
mapdata << pInstance->pPlayers[i]->m_positionX;
mapdata << pInstance->pPlayers[i]->m_positionY;
mapdata << uint8(pInstance->pPlayers[i]->m_modelIdOffset);
mapdata << pInstance->pPlayers[i]->m_nickName.c_str();
}
else
{
mapdata << uint32(0);
mapdata << float(0);
mapdata << float(0);
mapdata << uint8(0);
mapdata << "UNKNOWN";
}
}
mapdata << uint32(pInstance->m_dynRecords.size());
for (std::list<Instance::DynamicRecord>::const_iterator itr = pInstance->m_dynRecords.begin(); itr != pInstance->m_dynRecords.end(); ++itr)
mapdata << uint32((*itr).x) << uint32((*itr).y) << uint8((*itr).type);
SendPacket(pSource, &mapdata);
}
SmartPacket inotify(SMSG_NEW_PLAYER);
inotify << uint32(pSource->m_socket); // ID
inotify << pSource->m_positionX; // pozice X
inotify << pSource->m_positionY; // pozice Y
inotify << uint8(pSource->m_modelIdOffset); // offset modelu, klient si s tim poradi
inotify << nickname.c_str(); // nick
sInstanceManager->SendInstancePacket(&inotify, instanceId);
break;
}
case MSG_NONE:
default:
sLog->ErrorOut("Received unknown/invalid opcode: %u",packet->GetOpcode());
break;
}
}
bool CalSaver::saveXmlCoreMaterial(const std::string& strFilename, CalCoreMaterial *pCoreMaterial)
{
std::stringstream str;
vsxTiXmlDocument doc(strFilename);
vsxTiXmlElement material("MATERIAL");
//material.SetAttribute("MAGIC",Cal::MATERIAL_XMLFILE_MAGIC);
material.SetAttribute("VERSION",Cal::LIBRARY_VERSION);
material.SetAttribute("NUMMAPS",pCoreMaterial->getVectorMap().size());
vsxTiXmlElement ambient("AMBIENT");
CalCoreMaterial::Color ambientColor;
ambientColor = pCoreMaterial->getAmbientColor();
str.str("");
str << (int)ambientColor.red << " "
<< (int)ambientColor.green << " "
<< (int)ambientColor.blue << " "
<< (int)ambientColor.alpha;
vsxTiXmlText ambientdata(str.str());
ambient.InsertEndChild(ambientdata);
material.InsertEndChild(ambient);
vsxTiXmlElement diffuse("DIFFUSE");
CalCoreMaterial::Color diffuseColor;
diffuseColor = pCoreMaterial->getDiffuseColor();
str.str("");
str << (int)diffuseColor.red << " "
<< (int)diffuseColor.green << " "
<< (int)diffuseColor.blue << " "
<< (int)diffuseColor.alpha;
vsxTiXmlText diffusedata(str.str());
diffuse.InsertEndChild(diffusedata);
material.InsertEndChild(diffuse);
vsxTiXmlElement specular("SPECULAR");
CalCoreMaterial::Color specularColor;
specularColor = pCoreMaterial->getSpecularColor();
str.str("");
str << (int)specularColor.red << " "
<< (int)specularColor.green << " "
<< (int)specularColor.blue << " "
<< (int)specularColor.alpha;
vsxTiXmlText speculardata(str.str());
specular.InsertEndChild(speculardata);
material.InsertEndChild(specular);
vsxTiXmlElement shininess("SHININESS");
str.str("");
str << pCoreMaterial->getShininess();
vsxTiXmlText shininessdata(str.str());
shininess.InsertEndChild(shininessdata);
material.InsertEndChild(shininess);
std::vector<CalCoreMaterial::Map>& vectorMap = pCoreMaterial->getVectorMap();
int mapId;
for(mapId = 0; mapId < (int)vectorMap.size(); ++mapId)
{
vsxTiXmlElement map("MAP");
vsxTiXmlText mapdata(vectorMap[mapId].strFilename);
map.InsertEndChild(mapdata);
material.InsertEndChild(map);
}
doc.InsertEndChild(material);
if(!doc.SaveFile())
{
CalError::setLastError(CalError::FILE_WRITING_FAILED, __FILE__, __LINE__, strFilename);
return false;
}
return true;
}
