void GameStateManager::handlePlayerMove(int32_t eid)
{
const PlayerState & player = *m_states[eid];
sendRawToAllExceptOne(rawPacketSCEntityTeleport(eid, getFractionalCoords(player.position), player.yaw, player.pitch), eid);
auto interesting_blocks = m_map.blockAlerts().equal_range(getWorldCoords(player.position));
for (auto it = interesting_blocks.first; it != interesting_blocks.second; ++it)
{
if (it->second.type == Map::BlockAlert::CONTAINS_SPAWN_ITEM)
{
const auto jt = m_map.items().find(it->second.data);
if (jt != m_map.items().end())
{
sendToAll(MAKE_CALLBACK(packetSCCollectItem, jt->first, eid));
sendToAll(MAKE_CALLBACK(packetSCDestroyEntity, jt->first));
// Add 1 undamaged unit to the player's inventory.
updatePlayerInventory(eid, jt->second, 1, 0);
m_map.items().erase(jt);
}
}
}
}
void GameServer::tick() {
updateClientState();
// Check for mission success = all planes with position.y < offset
bool allAircraftsDone = true;
for(auto pair : mAircraftInfo) {
// As long as one player has not crossed the finish line yet, set variable to false
if (pair.second.position.y > 0.f)
allAircraftsDone = false;
}
if (allAircraftsDone) {
sf::Packet missionSuccessPacket;
missionSuccessPacket << static_cast<sf::Int32>(Server::MissionSuccess);
sendToAll(missionSuccessPacket);
}
// Remove IDs of aircraft that have been destroyed (relevant if a client has two, and loses one)
for (auto itr = mAircraftInfo.begin(); itr != mAircraftInfo.end(); ) {
if (itr->second.hitpoints <= 0)
mAircraftInfo.erase(itr++);
else
++itr;
}
// Check if its time to attempt to spawn enemies
if (now() >= mTimeForNextSpawn + mLastSpawnTime) {
// No more enemies are spawned near the end
if (mBattleFieldRect.top > 600.f) {
std::size_t enemyCount = 1u + randomInt(2);
float spawnCenter = static_cast<float>(randomInt(500) - 250);
// In case only one enemy is being spawned, it appears directly at the spawnCenter
float planeDistance = 0.f;
float nextSpawnPosition = spawnCenter;
// In case there are two enemies being spawned together, each is spawned at each side of the spawnCenter, with a minimum distance
if (enemyCount == 2) {
planeDistance = static_cast<float>(150 + randomInt(250));
nextSpawnPosition = spawnCenter - planeDistance / 2.f;
}
// Send the spawn orders to all clients
for (std::size_t i = 0; i < enemyCount; ++i) {
sf::Packet packet;
packet << static_cast<sf::Int32>(Server::SpawnEnemy);
packet << static_cast<sf::Int32>(1 + randomInt(Aircraft::TypeCount-1));
packet << mWorldHeight - mBattleFieldRect.top + 500;
packet << nextSpawnPosition;
nextSpawnPosition += planeDistance / 2.f;
sendToAll(packet);
}
mLastSpawnTime = now();
mTimeForNextSpawn = sf::milliseconds(2000 + randomInt(6000));
}
}
}
void Epoll::actionEnter(Client *me, Json::Value &obj) {
int uid = obj["uid"].asInt();
std::map<int, Client*>::iterator exists_user;
exists_user = _users.find(uid);
if (exists_user != _users.end() && exists_user->second != me) {
std::cout << "uid:" << uid << " exists, take it out!\n";
takeoutClient(exists_user->second);
}
me->setName(obj["data"].asString());
me->setUID(uid);
addUser(me);
std::cout << me->getName() << "上线!" << std::endl;
Json::Value user;
user["uid"] = uid;
user["id"] = me->getFileDescripto();
user["name"] = me->getName();
Json::Value data;
data["user"] = user;
data["list"] = getJsonClientList();
Json::Value oops;
oops["code"] = Message::sEnter;
oops["data"] = data;
sendToAll(oops.toStyledString());
}
void refreshStyle(void)
{
if (false == engine_running) return;
readStyle();
setmetrics();
sendToAll(MSGID_REFRESH);
}
// Fonction de gestion de deconnexion
void sort(ListeJoueurs *liste, Joueur *myJoueur) {
char buf[TBUF];
sprintf(buf, "DECONNEXION/%s/\n", myJoueur->pseudo);
suppJoueurListe(liste, myJoueur);
detruire_joueur(myJoueur);
sendToAll(buf, liste, NULL, 1);
}
void mpeServerTCP::reset()
{
currentFrame = 0;
shouldTriggerFrame = false;
sendToAll("R");
}
void GameServer::handleDisconnections()
{
for (auto itr = mPeers.begin(); itr != mPeers.end(); )
{
if ((*itr)->timedOut)
{
// Inform everyone of the disconnection, erase
for (sf::Int32 identifier : (*itr)->aircraftIdentifiers)
{
sendToAll(sf::Packet() << static_cast<sf::Int32>(Server::PlayerDisconnect) << identifier);
mAircraftInfo.erase(identifier);
}
mConnectedPlayers--;
mAircraftCount -= (*itr)->aircraftIdentifiers.size();
itr = mPeers.erase(itr);
// Go back to a listening state if needed
if (mConnectedPlayers < mMaxConnectedPlayers)
{
mPeers.push_back(PeerPtr(new RemotePeer()));
setListening(true);
}
broadcastMessage("An ally has disconnected.");
}
else
{
++itr;
}
}
}
// Fonction de gestion lors de la connexion
Joueur *connex(int sock, ListeJoueurs *liste) {
char buf[TBUF];
char *pseudo = strtok(NULL, "/");
pthread_mutex_lock(&(liste->mutex));
if(pseudo_deja_present(liste, pseudo)) {
pthread_mutex_unlock(&(liste->mutex));
printf("[Pseudo deja present] %s\n", pseudo);
return NULL;
}
pthread_mutex_unlock(&(liste->mutex));
Joueur *myJoueur = create_joueur(pseudo, sock);
addJoueurListe(liste, myJoueur);
/* Validation de la connexion a user */
sprintf(buf, "BIENVENUE/%s/\n", pseudoJoueur(myJoueur));
sendTo(buf, liste, myJoueur, 1);
///
sprintf(buf, "COMPATIBLEAFFICHAGE/\n");
sendTo(buf, liste, myJoueur, 1); // Pour dire que le serveur effectue un temps d'affichage
/* Signalement connexion user aux autres joueurs */
sprintf(buf, "CONNECTE/%s/\n", pseudoJoueur(myJoueur));
sendToAll(buf, liste, myJoueur, 1); // All sauf myJoueur
return myJoueur;
}
void handleInput(char *comm, size_t size) {
if (strncmp(comm, "ECHO", 4) == 0) {
sendEcho(comm, size - 5);
} else if (strncmp(comm, "LIST", 4) == 0) {
sendList();
} else if (strncmp(comm, "2ALL", 4) == 0) {
sendToAll(comm, size - 5);
} else if (strncmp(comm, "2ONE", 4) == 0) {
strtok(comm, " ");
char *str = strtok(comm + 5, " ");
if (str == NULL) {
fprintf(stderr, "Wrong number of arguments\n");
return;
}
int id = atoi(str);
str = strtok(NULL, " ");
size_t size = 0;
if (str != NULL)
size = strlen(str);
sendToOne(str, id, size);
} else if (strncmp(comm, "FRIENDS", 7) == 0) {
sendFriends(comm, size - 8);
} else if (strncmp(comm, "ADD", 3) == 0) {
sendAddFriends(comm, size - 4);
} else if (strncmp(comm, "DEL", 3) == 0) {
sendDelFriends(comm, size - 4);
} else if (strncmp(comm, "2FRIENDS", 8) == 0) {
sendToFriends(comm, size - 9);
} else if (strncmp(comm, "STOP", 4) == 0) {
exit(0);
} else {
printf("Wrong command -> %s\n", comm);
}
}
void GameStateManager::reactToBlockDestruction(const WorldCoords & wc)
{
// Clear the block alerts. The only alerts that can possibly be
// stored with a solid block are of the type that we process here,
// so we clear the entire range.
auto interesting_blocks = m_map.blockAlerts().equal_range(wc);
m_map.blockAlerts().erase(interesting_blocks.first, interesting_blocks.second);
// Remove attached torches.
WorldCoords wn;
for (size_t k = 1; k < 6; ++k)
{
const WorldCoords wn = wc + Direction(k);
if (!m_map.haveChunk(getChunkCoords(wn))) continue;
unsigned char & block = m_map.chunk(getChunkCoords(wn)).blockType(getLocalCoords(wn));
if (block == BLOCK_Torch)
{
sendToAll(MAKE_CALLBACK(packetSCBlockChange, wn, BLOCK_Air, 0));
block = BLOCK_Air;
m_map.chunk(getChunkCoords(wn)).taint();
reactToSuccessfulDig(wn, EBlockItem(block));
}
}
}
void ServerImpl::onClientDisconnected(CL_NetGameConnection *p_netGameConnection)
{
cl_log_event(
LOG_EVENT,
"player %1 disconnects",
m_connections[p_netGameConnection].m_name.empty()
? CL_StringHelp::uint_to_local8((unsigned) p_netGameConnection)
: m_connections[p_netGameConnection].m_name
);
std::map<CL_NetGameConnection*, Player>::iterator itor =
m_connections.find(p_netGameConnection);
if (itor != m_connections.end()) {
const Player &player = itor->second;
// emit the signal if player was in the game
if (player.m_gameStateSent) {
INVOKE_1(playerLeft, player.m_name);
}
// send event to rest of players
PlayerLeft playerLeft;
playerLeft.setName(player.m_name);;
sendToAll(playerLeft.buildEvent(), itor->first);
// cleanup
m_connections.erase(itor);
}
}
/*
* Funktion schliesst alle verwendeten Ressourcen und
* beendet den Server
*/
void endServer(){
debugPrint("Beende Server.");
// Nachricht an alle Clients senden - sofern welche angemeldet
debugPrint("Sende Nachricht an Clients: Server wird beendet.");
if(countUser() > 0){
PACKET close_server_packet;
close_server_packet.header.type = RFC_ERRORWARNING;
close_server_packet.header.length = htons(sizeof(ERROR));
//close_server_packet.content.error.errortype = ERR_SERVER_CLOSE;
close_server_packet.content.error.errortype = ERR_FATAL;
strncpy(close_server_packet.content.error.errormessage, "Server beendet", 100);
// sende Nachricht
sendToAll(close_server_packet);
debugPrint("Nachricht ueber Serverende an alle Clients verschickt.");
}
// Socket schliessen
if(close(server_socket) == 0){
debugPrint("Serversocket geschlossen.");
}
else {
debugPrint("Konnte Serversocket nicht schliessen.");
}
// shared memorey
// aus Adressraum entfernen
munmap(shmData, shmLen);
// Filedeskritpor SharedMemory schliessen
close(shmHandle);
// SharedMemory Objekt entfernen
shm_unlink(SHMEM_NAME);
debugPrint("Shared Memory entfernt.");
// loader beenden
if(kill(forkResult, SIGINT) == 0){
debugPrint("Loaderprozess beendet.");
}
else {
debugPrint("Loaderprozess konnte nicht beendet werden.");
}
// SingleInstance-Datei schliessen und loeschen
closeSingleInstance(SingleInstanceFile);
if(remove("serverInstancePIDFile") == 0){
debugPrint("SingleInstanceFile geschlossen und geloescht.");
}
else {
debugPrint("Konnte SingleInstanceFile nicht loeschen.");
}
infoPrint("bye ...");
exit(0);
}
void GameServer::updateClientState() {
sf::Packet updateClientStatePacket;
updateClientStatePacket << static_cast<sf::Int32>(Server::UpdateClientState);
updateClientStatePacket << static_cast<float>(mBattleFieldRect.top + mBattleFieldRect.height);
updateClientStatePacket << static_cast<sf::Int32>(mAircraftInfo.size());
for(auto aircraft : mAircraftInfo)
updateClientStatePacket << aircraft.first << aircraft.second.position.x << aircraft.second.position.y;
sendToAll(updateClientStatePacket);
}
// CHAT/user/msg/
// Fonction de gestion du chat
void chat(Session *s, Joueur *myJoueur) {
char buf[TBUF];
char *message;
strtok(NULL, "/"); /* Le nom */
message = strtok(NULL, "/");
if(message == NULL)
sprintf(buf, "CHAT/%s//\n", pseudoJoueur(myJoueur));
else
sprintf(buf, "CHAT/%s/%s/\n", pseudoJoueur(myJoueur), message);
sendToAll(buf, s->liste, myJoueur, 1);
}
void GameStateManager::reactToToggle(const WorldCoords & wc, EBlockItem b)
{
if (!m_map.haveChunk(getChunkCoords(wc))) return;
Chunk & chunk = m_map.chunk(getChunkCoords(wc));
switch (b)
{
case BLOCK_WoodenDoor:
case BLOCK_IronDoor:
{
// We don't really care if the door is one, two or three blocks tall,
// but we'll only treat at most one block above and below the clicked one.
uint8_t meta = chunk.getBlockMetaData(getLocalCoords(wc));
meta ^= 0x4;
chunk.setBlockMetaData(getLocalCoords(wc), meta);
sendToAll(MAKE_CALLBACK(packetSCBlockChange, wc, b, meta));
if (wY(wc) < 127 && chunk.blockType(getLocalCoords(wc + BLOCK_YPLUS)) == b)
{
uint8_t meta = chunk.getBlockMetaData(getLocalCoords(wc + BLOCK_YPLUS));
meta ^= 0x4;
chunk.setBlockMetaData(getLocalCoords(wc + BLOCK_YPLUS), meta);
sendToAll(MAKE_CALLBACK(packetSCBlockChange, wc + BLOCK_YPLUS, b, meta));
}
if (wY(wc) > 0 && chunk.blockType(getLocalCoords(wc + BLOCK_YMINUS)) == b)
{
uint8_t meta = chunk.getBlockMetaData(getLocalCoords(wc + BLOCK_YMINUS));
meta ^= 0x4;
chunk.setBlockMetaData(getLocalCoords(wc + BLOCK_YMINUS), meta);
sendToAll(MAKE_CALLBACK(packetSCBlockChange, wc + BLOCK_YMINUS, b, meta));
}
break;
}
default: break;
}
}
void GameStateManager::reactToSuccessfulDig(const WorldCoords & wc, EBlockItem block_type)
{
// this is just temporary
std::cout << "Successfully dug at " << wc << " for " << BLOCKITEM_INFO.find(block_type)->second.name << std::endl;
if (block_type == BLOCK_WoodenDoor || block_type == BLOCK_IronDoor)
{
Chunk & chunk = m_map.chunk(getChunkCoords(wc));
if (wY(wc) < 127 && chunk.blockType(getLocalCoords(wc + BLOCK_YPLUS)) == block_type)
{
sendToAll(MAKE_CALLBACK(packetSCBlockChange, wc + BLOCK_YPLUS, BLOCK_Air, 0));
chunk.blockType(getLocalCoords(wc + BLOCK_YPLUS)) = BLOCK_Air;
}
if (wY(wc) > 0 && chunk.blockType(getLocalCoords(wc + BLOCK_YMINUS)) == block_type)
{
sendToAll(MAKE_CALLBACK(packetSCBlockChange, wc + BLOCK_YMINUS, BLOCK_Air, 0));
chunk.blockType(getLocalCoords(wc + BLOCK_YMINUS)) = BLOCK_Air;
}
spawnSomething(block_type == BLOCK_WoodenDoor ? ITEM_WoodenDoor : ITEM_IronDoor, 1, 0, wc);
}
else if (block_type != 0)
{
spawnSomething(uint16_t(block_type), 1, 0, wc);
auto interesting_blocks = m_map.blockAlerts().equal_range(wc);
for (auto it = interesting_blocks.first; it != interesting_blocks.second; ++it)
{
if (it->second.type == Map::BlockAlert::SUPPORTS_CANDLE)
{
reactToBlockDestruction(wc);
break;
}
}
}
}
void serverStateClass::playerClickedTo(sf::Packet& packet, typePlayer thisPlayer)
{
sf::Packet newPacket;
sf::Uint8 x;
sf::Uint8 y;
packet >> x >> y;
server.clickTo(x, y, &newPacket, thisPlayer);
if(newPacket.getDataSize() != 0)
{
sendToAll(newPacket);
}
}
void Epoll::actionChat(Client* me, Json::Value &obj){
Json::Value user;
user["uid"] = me->getUID();
user["name"] = me->getName();
Json::Value data;
data["user"] = user;
data["content"] = obj["data"]["content"].asString();
Json::Value oops;
oops["code"] = Message::sChat;
oops["data"] = data;
sendToAll(oops.toStyledString());
}
void stopEngine(void)
{
//dbg_printf("Stopped skinner engine");
if (false == engine_running) return;
sendToAll(MSGID_UNLOAD);
EntryFunc(ENGINE_UNSETHOOKS, lpvMem);
free_exclusion_list();
free_dll();
// restore the normal SystemParameter settings, window metrics, etc.
SystemParametersInfo(SPI_SETNONCLIENTMETRICS, sizeof(NONCLIENTMETRICS), &ncm_save, SPIF_SENDCHANGE);
// restore sys-colors
setTTC(RESTORE_3DC);
engine_running = false;
}
void GameStateManager::spawnSomething(uint16_t type, uint8_t number, uint8_t damage, const WorldCoords & wc)
{
WorldCoords wbelow(wc);
if (!fall(wbelow)) return;
int32_t eid = GenerateEID();
m_map.blockAlerts().insert(std::make_pair(wbelow, Map::BlockAlert(Map::BlockAlert::CONTAINS_SPAWN_ITEM, eid)));
m_map.items().insert(std::make_pair(eid, type)); // stub
sendToAll(MAKE_CALLBACK(packetSCPickupSpawn, eid, type, number, damage, wc));
}
void ServerImpl::onCarState(
CL_NetGameConnection *p_conn,
const CL_NetGameEvent &p_event)
{
// register last car state
Player &player = m_connections[p_conn];
player.m_lastCarState.parseEvent(p_event);
// set players name (client may not set it to his nickname)
player.m_lastCarState.setName(player.m_name);
// send it all over
sendToAll(player.m_lastCarState.buildEvent(), p_conn);
}
void ChatAgent::processInput(PPtr<KString> input) {
if(_nickName.empty()) {
_nickName = input->toUtf8String();
_pConsole.print("You shall be known as \"" + _nickName + "\".");
_pConsole.print("Type anything to send. Enter \"quit\" to finish.");
} else if(input->equals("quit")) {
_pConsole.print("Bye!");
quit();
} else {
Ptr<KRecord> message = new KRecord(message_t());
message->getString(MESSAGE_T_SENDER)->set(_nickName);
message->getString(MESSAGE_T_CONTENT)->set(input.AS(KValue));
sendToAll(OP_MESSAGE, message.AS(KValue));
}
}
void Epoll::actionMove(Client* me, Json::Value &obj){
Json::Value user;
user["uid"] = me->getUID();
user["name"] = me->getName();
Json::Value data;
data = obj["data"];
data["user"] = user;
//data['x'] = obj["data"]["x"].asFloat();
//data['y'] = obj["data"]["y"].asFloat();
Json::Value oops;
oops["code"] = Message::sMove;
oops["data"] = data;
sendToAll(oops.toStyledString());
}
void ServerImpl::onVoteTick(
CL_NetGameConnection *p_conn,
const CL_NetGameEvent &p_event
)
{
VoteTick voteTick;
voteTick.parseEvent(p_event);
if (!m_voteSystem.isFinished()) {
const bool accepted =
m_voteSystem.addVote(voteTick.getOption(), (int) p_conn);
if (accepted && !m_voteSystem.isFinished()) {
// send this vote over network
sendToAll(p_event);
}
}
}
void startEngine(void)
{
//dbg_printf("Started skinner engine");
readSettings();
set_log_window();
if (engine_running)
return;
if (false == make_exclusion_list())
return;
if (false == load_dll())
{
free_exclusion_list();
return;
}
bbSkinMsg = RegisterWindowMessage(BBLEANSKIN_WINDOWMSG);
// save sys-colors
setTTC(SAVE_3DC);
// save the normal SystemParameter settings, window metrics, etc.
ncm_save.cbSize = sizeof(NONCLIENTMETRICS);
SystemParametersInfo(SPI_GETNONCLIENTMETRICS, sizeof ncm_save, &ncm_save, 0);
ZeroMemory(&ncm_prev, sizeof(NONCLIENTMETRICS));
// read styles for skin
readStyle();
// possibly set sys-colors
setTTC(APPLY_3DC);
// set the system wide window metrics according to style metrics
setmetrics();
// set the hook
EntryFunc(ENGINE_SETHOOKS, lpvMem);
engine_running = true;
// now apply to open windows
if (applyToOpen) sendToAll(MSGID_LOAD);
//write_bin();
}
void ServerImpl::onVoteSystemFinished()
{
// voting finished, send event
VoteEnd voteEnd;
voteEnd.setResult(m_voteSystem.getResult());
sendToAll(voteEnd.buildEvent());
// check if I should take action
if (m_voteSystem.getResult() == VOTE_PASSED) {
switch (m_voteSystem.getType()) {
case VOTE_RESTART_RACE:
startRace();
break;
default:
assert(0 && "unknown VoteType");
}
}
}
void Epoll::delClient(Client* client)
{
Json::Value oops,data,user;
user["uid"] = client->getUID();
user["name"] = client->getName();
if (user["uid"] == 0) {
oops["code"] = Message::sTakeOut;
client->send(oops.toStyledString());
}
_clients.erase(_clients.find(client->getFileDescripto()));
delete client;
if (user["uid"] > 0) {
oops["code"] = Message::sLeave;
_users.erase(_users.find(user["uid"].asInt()));
data["user"] = user;
data["list"] = getJsonClientList();
oops["data"] = data;
sendToAll(oops.toStyledString());
}
}
void routine(std::string direccion,int conexiones) {
//Creamos el socket de dispatching para saber cuando se nos conectan
TCPSpcket dispatchSock;
SocketAddress addressReceive;
addressReceive.SetAddress(direccion);
dispatchSock.Bind(addressReceive);
std::vector<std::shared_ptr<TCPSpcket>> clientList;
dispatchSock.Listen(conexiones);
SocketAddress comesFrom;
for (int i = 0; i < conexiones; i++)
{
clientList.push_back(dispatchSock.Accept(comesFrom));
}
sendToAll(clientList,"BEGIN",conexiones);
}
void Client::setNick(std::string const& newNick, Context & context)
{
Context::ListClient::W ptrLC(context.m_listClient);
std::cerr << (*ptrLC)[newNick] << std::endl;// WTF? Writing in std::cerr, is there is an error here?
if( (*ptrLC)[newNick] )
{
sendMessage( ":"+context.m_serverName + " " + IRC::ERR_NICKNAMEINUSE + " * " + newNick + " :Nickname is already in use.\r\n" );
return;
}
//TODO vérifier dans BDD
if( ! m_right.connect )
{
if(!m_nick.empty())
{
CST<std::string>::W ptr(m_variableNick);
ptrLC->remove(*ptr);
}
m_nick = newNick;
if(!m_info.empty())
{
m_info = m_nick + m_info;
m_right.connect = true;
sendMessage(IRC::buildMOTD(context, *this));
}
}
else
{
CST<std::string>::W ptr(m_variableNick);
ptrLC->remove(*ptr);
*ptr = newNick;
std::string msg = ":" + m_info + "@" + context.m_serverName + " NICK :" + newNick + "\r\n";
m_info = newNick + "!~" + m_userName; // TODO SF ?
//leave + join -> modérateurs pour anonymat
sendToAll(msg);
sendMessage(msg);
}
ptrLC->add(newNick, this);
}
//FONCTION : réagit selon le message passé en paramètre
void Server::processRequest(const QString &message,QTcpSocket*socket)
{
QStringList req = message.split(QRegExp("@"));
int idClient = getIndexFromSocket(socket);
if(req[0].compare("isSending")==0)
{
bool statePlaying=req[1].toInt();
qDebug() << "SERVER pipeline will change because user streaming stopped";
clients[idClient].isSending=statePlaying;
setPipeline();
}
else if (req[0].compare("name")==0)
{
int databaseResult = verifyDataBase(req[1],req[2]);
if(databaseResult==-1 || alreadyConnected(req[1]))
{
//si le client n'est pas dans la base, on le kick
qDebug() << "SERVER kicked " + req[1];
clients[idClient].sock->abort();
}
else
{
clients[idClient].name=req[1];
sendToClient("port@"+QString::number(allocatedPort),clients[idClient].sock);
clients[idClient].port=allocatedPort;
clients[idClient].isTeacher=databaseResult;
clients[idClient].isSending=true;
allocatedPort++;
sendToClient("isTeacher@"+QString::number(databaseResult),clients[idClient].sock);
setPipeline();
}
}
else if (req[0].compare("chat")==0)
{
sendToAll(message);
}
}
