// decode a service in a form 'alias/shortname-sid'
void decodeUnifiedName(const string &unifiedName, string &alias, string &shortName, TServiceId &sid)
{
size_t pos1 = 0, pos2 = 0;
pos1 = unifiedName.find("/");
if (pos1 != string::npos)
{
alias = unifiedName.substr(0, pos1);
pos1++;
}
else
{
alias = "";
pos1 = 0;
}
pos2 = unifiedName.find("-");
if (pos2 != string::npos)
{
shortName = unifiedName.substr(pos1,pos2-pos1);
sid.set(atoi(unifiedName.substr(pos2+1).c_str()));
}
else
{
shortName = unifiedName.substr(pos1);
sid.set(0);
}
if (alias.empty())
{
alias = shortName;
}
}
static void cbPosition(CMessage &msgin, const std::string &serviceName, TServiceId sid)
{
// temp
uint32 id;
CVector position;
msgin.serial(id);
msgin.serial(position);
nldebug("Received CLS_POSITION, %s %s", serviceName.c_str(), sid.toString().c_str());
// Update position information in the player list
_pmap::iterator ItPlayer;
ItPlayer = playerList.find( id );
if ( ItPlayer == playerList.end() )
{
nlwarning( "Player id %u not found !", id );
}
else
{
((*ItPlayer).second).position = position;
//nldebug( "SB: Player position updated" );
}
CMessage msgout("ENTITY_TP");
msgout.serial(id);
msgout.serial(position);
CUnifiedNetwork::getInstance()->send("FS", msgout);
}
/*
* Supports any service id, even one not added before (ignored then)
*/
void CTickProxy::removeService( TServiceId serviceId )
{
vector<TServiceId>::iterator it = find( _Services.begin(), _Services.end(), serviceId );
if ( it == _Services.end() )
return; // ignore a service not registered
_Services.erase( it );
// Simulate Tock from leaving service if needed
if ( State == ExpectingLocalTocks )
{
if ( find( _TockedServices.begin(), _TockedServices.end(), serviceId ) != _TockedServices.end() )
{
// The service already tocked and we are still in this state, it means we're waiting for another service to tock
nlassert( _NbTocked != 0 );
--_NbTocked; // decrement because _Service.size() is being decremented
// If other tocks are coming, they will call doNextTask. However, it is possible that no
// other tock is expected, if the tock did not triggered a master tock (changing State).
if ( _NbTocked == _Services.size() )
cbDoNextTask();
else
nldebug( "TCK- Service %hu already tocked, waiting for %u other tocks", serviceId.get(), _Services.size() - _NbTocked );
}
else
{
// The service didn't tock yet, interpret its quitting as a tock
cbDoNextTask();
}
}
}
// This function is called by FES to setup the right number of players (if FES was already present before WS launching)
void cbFESNbPlayers2(CMessage &msgin, const std::string &serviceName, TServiceId sid)
{
uint32 nbPlayers;
uint32 nbPendingPlayers;
msgin.serial(nbPlayers);
msgin.serial(nbPendingPlayers);
uint32 totalNbOnlineUsers = 0, totalNbPendingUsers = 0;
for (list<CFES>::iterator it = FESList.begin(); it != FESList.end(); it++)
{
CFES &fes = *it;
if (fes.SId == sid)
{
nldebug("Frontend '%d' reported %d online users", sid.get(), nbPlayers);
fes.NbUser = nbPlayers;
fes.NbPendingUsers = nbPendingPlayers;
if (nbPlayers != 0 && fes.State == PatchOnly)
{
nlwarning("Frontend %d is in state PatchOnly, yet reports to have online %d players, state AcceptClientOnly is forced (FS_ACCEPT message sent)");
(*it).setToAcceptClients();
}
}
totalNbOnlineUsers += fes.NbUser;
totalNbPendingUsers += fes.NbPendingUsers;
}
if (CWelcomeServiceMod::isInitialized())
CWelcomeServiceMod::getInstance()->updateConnectedPlayerCount(totalNbOnlineUsers, totalNbPendingUsers);
}
// This function is called by FES to setup the right number of players (if FES was already present before WS launching)
void cbFESNbPlayers(CMessage &msgin, const std::string &serviceName, TServiceId sid)
{
// *********** WARNING *******************
// This version of the callback is deprecated, the system
// now use cbFESNbPlayers2 that report the pending user count
// as well as the number of connected players.
// It is kept for backward compatibility only.
// ***************************************
uint32 nbPlayers;
msgin.serial(nbPlayers);
uint32 totalNbOnlineUsers = 0, totalNbPendingUsers = 0;
for (list<CFES>::iterator it = FESList.begin(); it != FESList.end(); it++)
{
if ((*it).SId == sid)
{
nldebug("Frontend '%d' reported %d online users", sid.get(), nbPlayers);
(*it).NbUser = nbPlayers;
if (nbPlayers != 0 && (*it).State == PatchOnly)
{
nlwarning("Frontend %d is in state PatchOnly, yet reports to have online %d players, state AcceptClientOnly is forced (FS_ACCEPT message sent)");
(*it).setToAcceptClients();
}
}
totalNbOnlineUsers += (*it).NbUser;
totalNbPendingUsers += (*it).NbPendingUsers;
}
if (CWelcomeServiceMod::isInitialized())
CWelcomeServiceMod::getInstance()->updateConnectedPlayerCount(totalNbOnlineUsers, totalNbPendingUsers);
}
// This function is called when a FES rejected a client' cookie
void cbFESRemovedPendingCookie(CMessage &msgin, const std::string &serviceName, TServiceId sid)
{
CLoginCookie cookie;
msgin.serial(cookie);
nldebug( "ERLOG: RPC recvd from %s-%hu => %s removed", serviceName.c_str(), sid.get(), cookie.toString().c_str(), cookie.toString().c_str());
// client' cookie rejected, no longer pending
uint32 totalNbOnlineUsers = 0, totalNbPendingUsers = 0;
for (list<CFES>::iterator it = FESList.begin(); it != FESList.end(); it++)
{
if ((*it).SId == sid)
{
if ((*it).NbPendingUsers > 0)
--(*it).NbPendingUsers;
}
totalNbOnlineUsers += (*it).NbUser;
totalNbPendingUsers += (*it).NbPendingUsers;
}
if (CWelcomeServiceMod::isInitialized())
{
CWelcomeServiceMod::getInstance()->pendingUserLost(cookie);
CWelcomeServiceMod::getInstance()->updateConnectedPlayerCount(totalNbOnlineUsers, totalNbPendingUsers);
}
}
/*
* Map Service Id
*/
bool CDbManager::mapService(TServiceId serviceId, TDatabaseId databaseId)
{
if (serviceId.get() > 256 || _ServiceMap[serviceId.get()] != INVALID_DATABASE_ID)
{
nlwarning("CDbManager::mapService(): failed, serviceId '%hu' not valid or service already mapped", serviceId.get());
return false;
}
_ServiceMap[serviceId.get()] = databaseId;
CDatabase* database = getDatabase(databaseId);
if (database != NULL)
database->mapToService(serviceId);
return true;
}
/****************************************************************************
* Connection callback for the collision service
****************************************************************************/
static void cbCollisionServiceUp(const std::string &serviceName, TServiceId sid, void *arg)
{
nldebug("SB: Collision Service UP, %s %s", serviceName.c_str(), sid.toString().c_str());
clear();
msgRegister(sid);
for (_pmap::iterator it = playerList.begin(); it != playerList.end(); it++)
addEntity(it->second.id, it->second.position, 1.0f);
}
void serviceConnection(const std::string &serviceName, TServiceId sid, void *arg)
{
// don't add AS
if (serviceName == "AS")
return;
if (sid.get() >= Services.size())
{
Services.resize(sid.get()+1);
}
Services[sid.get()].init(serviceName, sid);
sendInformation(sid);
nlinfo("%s-%hu connected", Services[sid.get()].ShortName.c_str(), Services[sid.get()].ServiceId.get());
}
// a front end closes the connection, deconnect him
void cbFESDisconnection (const std::string &serviceName, TServiceId sid, void *arg)
{
nldebug("new FES disconnection: sid %u", sid.get());
for (list<CFES>::iterator it = FESList.begin(); it != FESList.end(); it++)
{
if ((*it).SId == sid)
{
// send a message to the LS to say that all players from this FES are offline
map<uint32, TServiceId>::iterator itc = UserIdSockAssociations.begin();
map<uint32, TServiceId>::iterator nitc = itc;
while (itc != UserIdSockAssociations.end())
{
nitc++;
if ((*itc).second == sid)
{
// bye bye little player
uint32 userid = (*itc).first;
nlinfo ("Due to a frontend crash, removed the player %d", userid);
if (!DontUseLS)
{
CMessage msgout ("CC");
msgout.serial (userid);
uint8 con = 0;
msgout.serial (con);
CUnifiedNetwork::getInstance()->send ("LS", msgout);
}
UserIdSockAssociations.erase (itc);
}
itc = nitc;
}
bool dummy;
(*it).reportStateToLS(dummy, false);
// remove the FES
FESList.erase (it);
break;
}
}
// Update the welcome service client with the new count of connection
uint32 totalNbOnlineUsers =0, totalNbPendingUsers = 0;
for (list<CFES>::iterator it = FESList.begin(); it != FESList.end(); it++)
{
const CFES &fes = *it;
totalNbOnlineUsers += fes.NbUser;
totalNbPendingUsers += fes.NbPendingUsers;
}
if (CWelcomeServiceMod::isInitialized())
CWelcomeServiceMod::getInstance()->updateConnectedPlayerCount(totalNbOnlineUsers, totalNbPendingUsers);
displayFES ();
}
void cbUpService(const std::string &serviceName, TServiceId sid, void *arg)
{
nlinfo("Service %s %d is up", serviceName.c_str(), sid.get());
CMessage msgout("TOTO");
uint32 i = 10;
msgout.serial(i);
CUnifiedNetwork::getInstance()->send(sid, msgout);
}
// a new front end connecting to me, add it
void cbFESConnection (const std::string &serviceName, TServiceId sid, void *arg)
{
FESList.push_back (CFES ((TServiceId)sid));
nldebug("new FES connection: sid %u", sid.get());
displayFES ();
bool dummy;
FESList.back().reportStateToLS(dummy);
if (!UsePatchMode.get())
{
FESList.back().setToAcceptClients();
}
}
void reset()
{
AliasName.clear();
ShortName.clear();
LongName.clear();
ServiceId.set(0);
Ready = false;
Connected = false;
Commands.clear();
AutoReconnect = false;
PId = 0;
Relaunch = false;
LastPing = 0;
WaitingRequestId.clear();
}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//////////////////// CONNECTION TO THE LOGIN SERVICE ///////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void cbLSChooseShard (CMessage &msgin, const std::string &serviceName, TServiceId sid)
{
// the LS warns me that a new client want to come in my shard
nldebug( "ERLOG: CS recvd from %s-%hu", serviceName.c_str(), sid.get());
//
// S07: receive the "CS" message from LS and send the "CS" message to the selected FES
//
CLoginCookie cookie;
msgin.serial (cookie);
string userName, userPriv, userExtended;
msgin.serial (userName);
try
{
msgin.serial (userPriv);
}
catch (const Exception &)
{
nlwarning ("LS didn't give me the user privilege for user '%s', set to empty", userName.c_str());
}
try
{
msgin.serial (userExtended);
}
catch (const Exception &)
{
nlwarning ("LS didn't give me the extended data for user '%s', set to empty", userName.c_str());
}
string ret = lsChooseShard(userName, cookie, userPriv, userExtended, WS::TUserRole::ur_player, 0xffffffff, ~0);
if (!ret.empty())
{
// send back an error message to LS
CMessage msgout ("SCS");
msgout.serial (ret);
msgout.serial (cookie);
CUnifiedNetwork::getInstance()->send(sid, msgout);
}
}
std::string getServiceUnifiedName() const
{
nlassert(!ShortName.empty());
string res;
if(!AliasName.empty())
{
res = AliasName+"/";
}
res += ShortName;
if(ServiceId.get() != 0)
{
res += "-";
res += NLMISC::toString(ServiceId);
}
if(res.empty())
res = "???";
return res;
}
static void cbServiceReady(CMessage &msgin, const std::string &serviceName, TServiceId sid)
{
if (sid.get() >= Services.size())
{
nlwarning("Ready of an unknown service %s-%hu", serviceName.c_str(), sid.get());
return;
}
if (!Services[sid.get()].Connected)
{
nlwarning("Ready of an unknown service %s-%hu", serviceName.c_str(), sid.get());
return;
}
nlinfo("*:*:%d is ready '%s'", Services[sid.get()].ServiceId.get(), Services[sid.get()].getServiceUnifiedName().c_str());
Services[sid.get()].Ready = true;
}
static void cbExecCommandResult(CMessage &msgin, const std::string &serviceName, TServiceId sid)
{
// treat the rely message sent back from a service whom we asked to execute a command
NLMISC::InfoLog->displayNL("EXEC_COMMAND_RESULT' Received from: %3d: %s", sid.get() ,serviceName.c_str());
// retrieve the text from the input message
CSString txt;
msgin.serial(txt);
// divide the text into lines because NeL doesn't like long texts
CVectorSString lines;
txt.splitLines(lines);
// display the lines of text
for (uint32 i=0;i<lines.size();++i)
{
NLMISC::InfoLog->displayNL("%s",lines[i].c_str());
}
}
bool writeServiceLaunchCtrl(TServiceId serviceId,bool delay,const std::string& txt)
{
// run trough the services container looking for a match for the service id that we've been given
for (TServices::iterator it= Services.begin(); it!=Services.end(); ++it)
{
if (it->ServiceId==serviceId)
{
// we found a match for the service id so try to do something sensible with it...
// get hold of the different components of the command description...
string alias, command, path, arg;
bool ok= getServiceLaunchInfo(it->AliasName,alias,command,path,arg);
if (!ok) return false;
// go ahead and write the launch ctrl file...
return writeServiceLaunchCtrl(alias,path,delay,txt);
}
}
// we failed to find a match for the serviceId that we've been given so complain and return false
nlwarning("Failed to write launch_ctrl file for unknown service: %u",serviceId.get());
return false;
}
void addRequest(uint32 rid, const string &rawvarpath, TServiceId sid)
{
nlinfo("REQUEST: addRequest from %hu: '%s'", sid.get(), rawvarpath.c_str());
string str;
CLog logDisplayVars;
CMemDisplayer mdDisplayVars;
logDisplayVars.addDisplayer(&mdDisplayVars);
CVarPath varpath(rawvarpath);
// add the request
Requests.push_back(CRequest(rid, sid));
// for each destination in the rawvarpath...
for (uint i = 0; i < varpath.Destination.size(); i++)
{
CVarPath vp(varpath.Destination[i].first);
for (uint t = 0; t < vp.Destination.size(); t++)
{
string service = vp.Destination[t].first;
if (service == "*")
{
addRequestForOnlineServices(rid,varpath.Destination[i].second);
}
else if (service == "#")
{
addRequestForAllServices(rid,varpath.Destination[i].second);
}
else
{
addRequestForNamedService(rid,service,varpath.Destination[i].second);
}
}
}
}
static void cbStopService (CMessage &/* msgin */, const std::string &serviceName, TServiceId sid)
{
nlinfo ("ADMIN: Receive a stop from service %s-%hu, need to quit", serviceName.c_str(), sid.get());
IService::getInstance()->exit (0xFFFF);
}
void CMirrorService::receiveDeltaFromRemoteMS( CMessage& msgin, TServiceId senderMSId )
{
H_AUTO(receiveDeltaFromRemoteMS);
// 2b. Receive delta updates from remote MSs => store them in pending deltas
_PendingDeltas.push_back( make_pair( senderMSId, msgin ) ); // warning: msgin must be copied because below we advance the reading position of msgin
//nldebug( "Received delta from %s", servStr(senderMSId).c_str() );
// Get the "wait for" mode of this remote MS delta
bool waitForIt;
msgin.serial( waitForIt );
if ( waitForIt ) // we assume it does not change during the lifetime of a particular remote MS
{
// Check if the sender is a new remote MS (search in the "delta update expectation list")
std::list< TServiceId >::const_iterator it = find( _RemoteMSToWaitForDelta.begin(), _RemoteMSToWaitForDelta.end(), senderMSId );
if ( it == _RemoteMSToWaitForDelta.end() )
{
_RemoteMSToWaitForDelta.push_back( senderMSId ); // _RemoteMSToWaitForDelta will not contain remote MSes for which we don't have to wait
++_NbExpectedDeltaUpdates;
}
}
TGameCycle gamecycle;
msgin.serial( gamecycle );
//nldebug( "%u: Rcvd Delta %u", CTickProxy::getGameCycle(), gamecycle );
_QuickLog.displayNL( "TCK-%u: Rcvd Delta %u from MS-%hu (NbExpectedDelta=%hd)", CTickProxy::getGameCycle(), gamecycle, senderMSId.get(), _NbExpectedDeltaUpdates );
// Count this delta update for the wait test only if its tick is the current tick or +1 (see explanation below)
// Explanation: possibles cases:
//
// MS1 MS2
// | |
// Tick1>| Tick1>|
// Delta>|>Delta <====> Delta>|>Delta
// |>Tock1 |>Tock1
// | |
// | Tick2>|
// Delta>| <----- |>Delta
// Tick2>|>Delta -----> Delta>|>Tock2
// |>Tock2 |
//
if ( CTickProxy::State == ExpectingMasterTick )
{
// If sync not received yet, defer possible incrementation of _NbDeltaUpdatesReceived
// because we can't compare now the gamecycle of the delta update with the current gamecycle
// (see examineDeltaUpdatesReceivedBeforeSync() called when receiving the sync)
if ( CTickProxy::getGameCycle() == 0 )
{
if ( waitForIt )
_GameCyclesOfDeltaReceivedBeforeSync.push_back( gamecycle );
return;
}
// Accept +1 only if received by advance (before the tick update)
// Forbid >+1
// Discard <=
else if ( gamecycle > CTickProxy::getGameCycle() )
{
nlassert( gamecycle == CTickProxy::getGameCycle() + 1 );
if ( waitForIt )
++_NbDeltaUpdatesReceived;
}
}
else
{
// Accept == if received in the same tick
// Forbid >
// Discard <
if ( gamecycle >= CTickProxy::getGameCycle() )
{
nlassert( gamecycle == CTickProxy::getGameCycle() );
if ( waitForIt )
++_NbDeltaUpdatesReceived;
}
}
doNextTask();
}
static void cbAdminPong(CMessage &msgin, const std::string &serviceName, TServiceId sid)
{
for(uint i = 0; i < Services.size(); i++)
{
if(Services[i].ServiceId == sid)
{
nlinfo("receive pong");
if(Services[i].LastPing == 0)
nlwarning("Received a pong from service %s-%hu but we didn't expect a pong from it", serviceName.c_str(), sid.get());
else
Services[i].LastPing = 0;
return;
}
}
nlwarning("Received a pong from service %s-%hu that is not in my service list", serviceName.c_str(), sid.get());
}
// This function is called by FES to setup its PatchAddress
void cbFESPatchAddress(CMessage &msgin, const std::string &serviceName, TServiceId sid)
{
std::string address;
msgin.serial(address);
bool acceptClients;
msgin.serial(acceptClients);
nldebug("Received patch server address '%s' from service %s %d", address.c_str(), serviceName.c_str(), sid.get());
for (list<CFES>::iterator it = FESList.begin(); it != FESList.end(); it++)
{
if ((*it).SId == sid)
{
nldebug("Affected patch server address '%s' to frontend %s %d", address.c_str(), serviceName.c_str(), sid.get());
if (!UsePatchMode.get() && !acceptClients)
{
// not in patch mode, force fs to accept clients
acceptClients = true;
(*it).setToAcceptClients();
}
(*it).PatchAddress = address;
(*it).State = (acceptClients ? AcceptClientOnly : PatchOnly);
if (acceptClients)
nldebug("Frontend %s %d reported to accept client, patching unavailable for that server", address.c_str(), serviceName.c_str(), sid.get());
else
nldebug("Frontend %s %d reported to be in patching mode", address.c_str(), serviceName.c_str(), sid.get());
bool dummy;
(*it).reportStateToLS(dummy);
break;
}
}
}
void cbDownService(const std::string &serviceName, TServiceId sid, void *arg)
{
nlinfo("Service %s %d is down", serviceName.c_str(), sid.get());
}
static void ASDisconnection(const string &serviceName, TServiceId sid, void *arg)
{
nlinfo("Disconnected to %s-%hu", serviceName.c_str(), sid.get());
}
void CTickProxy::receiveTockFromClient( CMessage& msgin, TServiceId senderId, bool real )
{
// Receive measures of client service
TimeMeasures.ServiceMeasures.push_back( CServiceGameCycleTimeMeasure() );
CServiceGameCycleTimeMeasure& stm = TimeMeasures.ServiceMeasures.back();
stm.ClientServiceId = senderId;
if ( real )
{
stm.ServiceMeasure[TickTockInterval] = accTimeToMs( getAccurateTime() - _BeginOfTickTime );
msgin.serial( stm.ServiceMeasure[TickUpdateDuration] );
msgin.serial( stm.ServiceMeasure[PrevProcessMirrorUpdateDuration] );
msgin.serial( stm.ServiceMeasure[PrevReceiveMsgsViaMirrorDuration] );
msgin.serial( stm.ServiceMeasure[PrevTotalGameCycleDuration] );
}
else
{
for ( uint i=0; i!=NbServiceTimeMeasureTypes; ++i )
stm.ServiceMeasure[i] = 0;
}
//nldebug( "TCK-%u: %hu tocking", getGameCycle(), senderId );
//time_t t; time( &t );
_QuickLog.displayNL( "%"NL_I64"u: TCK-%u: %hu tocking", getPerfTime() /*IDisplayer::dateToHumanString( t )*/, getGameCycle(), senderId.get() );
++_NbTocked;
_TockedServices.push_back( senderId );
cbDoNextTask();
}
void serviceDisconnection(const std::string &serviceName, TServiceId sid, void *arg)
{
// don't remove AS
if (serviceName == "AS")
return;
if (sid.get() >= Services.size())
{
nlwarning("Disconnection of an unknown service %s-%hu", serviceName.c_str(), sid.get());
return;
}
if (!Services[sid.get()].Connected)
{
nlwarning("Disconnection of an unknown service %s-%hu", serviceName.c_str(), sid.get());
return;
}
// we need to remove pending request
for(uint i = 0; i < Services[sid.get()].WaitingRequestId.size(); i++)
{
subRequestWaitingNb(Services[sid.get()].WaitingRequestId[i]);
}
nlinfo("%s-%hu disconnected", Services[sid.get()].ShortName.c_str(), Services[sid.get()].ServiceId.get());
if (Services[sid.get()].Relaunch)
{
// we have to relaunch it in time because ADMIN asked it
sint32 delay = IService::getInstance()->ConfigFile.exists("RestartDelay")? IService::getInstance()->ConfigFile.getVar("RestartDelay").asInt(): 5;
// must restart it so if delay is -1, set it by default to 5 seconds
if (delay == -1) delay = 5;
startService(delay, Services[sid.get()].getServiceUnifiedName());
}
else if (Services[sid.get()].AutoReconnect)
{
// we have to relaunch it
sint32 delay = IService::getInstance()->ConfigFile.exists("RestartDelay")? IService::getInstance()->ConfigFile.getVar("RestartDelay").asInt(): 5;
if (delay >= 0)
{
startService(delay, Services[sid.get()].getServiceUnifiedName());
}
else
nlinfo("Don't restart the service because RestartDelay is %d", delay);
sendAdminEmail("Server %s service '%s' : Stopped, auto reconnect in %d seconds", CInetAddress::localHost().hostName().c_str(), Services[sid.get()].getServiceUnifiedName().c_str(), delay);
}
// if the appropriate cfg file variable is set then we kill the service brutally on disconnection - this
// allows one to fix a certain number of problem cases in program shut-down that would otherwise require
// manual intervention on the machine
if (KillServicesOnDisconnect)
{
killProgram(Services[sid.get()].PId);
}
Services[sid.get()].reset();
}
void CTickProxy::sendSyncToClient( TServiceId serviceId )
{
CMessage msgout( "REGISTERED" );
msgout.serial( _GameTime );
msgout.serial( _GameTimeStep );
msgout.serial( _GameCycle );
CUnifiedNetwork::getInstance()->send( serviceId, msgout );
//nldebug( "TCK-%u: Sync %hu", getGameCycle(), serviceId );
//time_t t; time( &t );
_QuickLog.displayNL( "%"NL_I64"u: TCK-%u: Sync %hu", getPerfTime() /*IDisplayer::dateToHumanString( t )*/, getGameCycle(), serviceId.get() );
}
static void cbAESDisconnection (const std::string &serviceName, TServiceId sid, void * /* arg */)
{
nlinfo("Lost connection to the %s-%hu", serviceName.c_str(), sid.get());
}
static void cbServiceIdentification(CMessage &msgin, const std::string &serviceName, TServiceId sid)
{
if (sid.get() >= Services.size())
{
nlwarning("Identification of an unknown service %s-%hu", serviceName.c_str(), sid.get());
return;
}
if (!Services[sid.get()].Connected)
{
nlwarning("Identification of an unknown service %s-%hu", serviceName.c_str(), sid.get());
return;
}
msgin.serial(Services[sid.get()].AliasName, Services[sid.get()].LongName, Services[sid.get()].PId);
msgin.serialCont(Services[sid.get()].Commands);
nlinfo("Received service identification: Sid=%-3i Alias='%s' LongName='%s' ShortName='%s' PId=%u",sid.get(),Services[sid.get()].AliasName.c_str(),Services[sid.get()].LongName.c_str(),serviceName.c_str(),Services[sid.get()].PId);
// if there's an alias, it means that it s me that launch the services, autoreconnect it
if (!Services[sid.get()].AliasName.empty())
Services[sid.get()].AutoReconnect = true;
nlinfo("*:*:%d is identified to be '%s' '%s' pid:%d", Services[sid.get()].ServiceId.get(), Services[sid.get()].getServiceUnifiedName().c_str(), Services[sid.get()].LongName.c_str(), Services[sid.get()].PId);
}
