nNetObject Class Reference

#include <nNetObject.h>

Inheritance diagram for nNetObject:

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Collaboration diagram for nNetObject:

[legend]

List of all members.

Public Member Functions
virtual void	AddRef ()
virtual void	Release ()
int	GetRefcount () const
virtual void	ReleaseOwnership ()
virtual void	TakeOwnership ()
bool	Owned ()
nObserver &	GetObserver () const
virtual void	Dump (tConsole &con)
unsigned short	ID () const
unsigned short	Owner () const
nMachine &	GetMachine () const
	returns the machine this object belongs to
virtual nDescriptor &	CreatorDescriptor () const =0
	nNetObject (int owner=-1)
	nNetObject (nMessage &m)
virtual void	InitAfterCreation ()
void	Register (const nNetObjectRegistrar &r)
virtual bool	ActionOnQuit ()
virtual void	ActionOnDelete ()
virtual bool	BroadcastExistence ()
virtual void	PrintName (tString &s) const
bool	HasBeenTransmitted (int user) const
bool	syncRequested (int user) const
virtual bool	ClearToTransmit (int user) const
virtual void	WriteSync (nMessage &m)
virtual void	ReadSync (nMessage &m)
virtual void	WriteSync (nMessage &m, int run)
virtual void	ReadSync (nMessage &m, int run)
virtual bool	SyncIsNew (nMessage &m)
virtual void	WriteCreate (nMessage &m)
virtual void	WriteCreate (nMessage &m, int run)
virtual void	ReadCreate (nMessage &m, int run)
void	WriteAll (nMessage &m, bool create)
void	ReadAll (nMessage &m, bool create)
virtual void	ReceiveControlNet (nMessage &m)
virtual bool	AcceptClientSync () const
void	GetID ()
void	RequestSync (bool ack=true)
void	RequestSync (int user, bool ack)
Static Public Member Functions
static bool	DoDebugPrint ()
static nNetObject *	ObjectDangerous (int i)
static void	SyncAll ()
static void	ClearAll ()
static void	ClearAllDeleted ()
static void	ClearKnows (int user, bool clear)
static void	RelabelOnConnect ()
Protected Member Functions
nNetObject *	Object (int i)
void	DoBroadcastExistence ()
virtual	~nNetObject ()
virtual nMachine &	DoGetMachine () const
	returns the machine this object belongs to
nMessage *	NewControlMessage ()
Static Protected Member Functions
static int	SyncedUser ()
	returns the user that the current WriteSync() is intended for
Protected Attributes
nKnowsAboutInfo	knowsAbout [MAXCLIENTS+2]
Private Member Functions
	tCONTROLLED_PTR (nObserver) observer_
Private Attributes
bool	createdLocally
unsigned long int	lastSyncID_
unsigned short	id
int	refCtr_
unsigned short	owner
int	syncListID_
Friends
class	nWaitForAckSync
Classes
class	nKnowsAboutInfo

---

Detailed Description

Definition at line 51 of file nNetObject.h.

---

Constructor & Destructor Documentation

nNetObject::nNetObject

(

int

owner = -1

)

Definition at line 707 of file nNetObject.cpp.

References createdLocally, owner, sn_myNetID, and syncListID_.

                             :lastSyncID_(0),
id(0),refCtr_(0),owner(own){
#ifdef DEBUG
    //con << "Netobject " << id  << " created.\n";
    //  if (id == 383)
    //   st_Breakpoint();
#endif
    syncListID_ = -1;

    createdLocally = true;

    if (own<0) owner=::sn_myNetID;
}

nNetObject::nNetObject

(

nMessage &

m

)

Definition at line 775 of file nNetObject.cpp.

References createdLocally, nNetObjectRegistrar::id, knowsAbout, nNetObject::nKnowsAboutInfo::knowsAboutExistence, nSERVER, nNetObjectRegistrar::object, owner, nMessage::Read(), nNetObjectRegistrar::sender, nMessage::SenderID(), sn_GetNetState(), syncListID_, and tASSERT.

                                 :lastSyncID_(m.MessageIDBig()),refCtr_(0){
    // sn_Update(global_lastSync,lastSyncID_);

    id = 0;
    owner = 0;

    syncListID_ = -1;

    tASSERT( sn_Registrar );
    nNetObjectRegistrar& registrar = *sn_Registrar;

    createdLocally = false;

    m.Read( registrar.id );
#ifdef DEBUG
    //con << "Netobject " << id << " created on remote order.\n";
    //  if (id == 383)
    //  st_Breakpoint();
#endif
    m.Read( owner );

    // clients are only allowed to create self-owned objects
    if ( sn_GetNetState() == nSERVER )
    {
        if ( owner != m.SenderID() )
        {
            throw nKillHim();
        }
    }

    registrar.object = this;
    registrar.sender = m.SenderID();

    knowsAbout[m.SenderID()].knowsAboutExistence=true;
#ifdef DEBUG
    // con << "Netobject " << id  << " created (remote order).\n";
#endif
}

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nNetObject::~nNetObject

(

)

[protected, virtual]

Definition at line 984 of file nNetObject.cpp.

References tRecorderSync< DATA >::Archive(), createdLocally, knowsAbout, MAXCLIENTS, net_destroy, nSERVER, NULL, owner, refCtr_, tList< T, MALLOC, REFERENCE >::Remove(), nDeletedInfo::Set(), sn_GetNetState(), sn_myNetID, sn_netObjects, syncListID_, tCHECK_DEST, tERR_ERROR, and tSysTimeFloat().

                       {
    // remove from sync list
    if ( syncListID_ >= 0 )
        sn_SyncRequestedObject.Remove( this, syncListID_ );

    // release observer
    if ( this->observer_ )
    {
        this->observer_->SetObject( NULL );
    }

#ifdef DEBUG
    int extra=0;

    // account for the reference held by the creator of the object

    // only if the object is validly entered in our object-array
    if (id > 0 && static_cast<nNetObject*>(sn_netObjects[id])==this)
    {
        if ( createdLocally )
            extra = -1;
    }

    if (refCtr_ + extra > 0)
        tERR_ERROR("Hey! There is stil someone interested in this nNetObject!\n");
    //con << "Netobject " << id  << " deleted.\n";
#endif

    // mark id as soon-to-be free
    if (id)
    {
#ifdef DEBUG
        sn_BreakOnObjectID( id );
#endif
        if ( sn_GetNetState() == nSERVER )
        {
            sn_netObjectsOwner[id]=0xFFFF;
            sn_freedIDs.push_back( id );
        }
        else
        {
            sn_netObjectsOwner[id]=0;
        }
    }

    // determine whether a destroy message should be sent: the server definitely should...
    bool sendDestroyMessage = (sn_GetNetState()==nSERVER);
    if (!sendDestroyMessage && id && sn_netObjects_AcceptClientSync[id] && owner==sn_myNetID)
    {
        // ... but also the client if the object belongs to it.
        sendDestroyMessage = true;

        // the server will send a response destroy message later. We need to ignore it.
        sn_LocallyDestroyedIDs.insert(id);
    }

    // send it
    if ( sendDestroyMessage )
    {
        int idsync=id;
        tRecorderSync< int >::Archive( "_NETOBJECT_DESTROYED", 3, idsync );

        // con << "Destroying object " << id << '\n';
        for (int user=MAXCLIENTS;user>=0;user--){
            if (user!=sn_myNetID && knowsAbout[user].knowsAboutExistence ||
                    knowsAbout[user].acksPending){
                if (destroyers[user]==NULL)
                {
                    destroyers[user]=new nMessage(net_destroy);
                    destroyersTime[user]=tSysTimeFloat();
                }
                destroyers[user]->Write(id);

                if (destroyers[user]->DataLen()>100){
                    destroyers[user]->Send(user);
                    destroyers[user]=NULL;
                }

#ifdef DEBUG
                //con << "remotely destroying object " << id << '\n';
#endif
            }
        }
    }
    refCtr_=100;
    if (id)
    {
        if (this == sn_netObjects[id])
        {
#ifdef DEBUG
            sn_BreakOnObjectID( id );
#endif
            sn_netObjects[id] = NULL;
        }

        // clear object from info arrays
        nDeletedInfos::iterator found = sn_netObjectsDeleted.find( id );
        if ( found != sn_netObjectsDeleted.end() )
        {
            nDeletedInfo  & deleted = (*found).second;
            deleted.Set( NULL );
            sn_netObjectsDeleted.erase(found);
        }
    }

    refCtr_=-100;
    tCHECK_DEST;
}

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---

Member Function Documentation

nNetObject::tCONTROLLED_PTR

(

nObserver

)

[mutable, private]

Referenced by eTeam::RemovePlayer().

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nNetObject * nNetObject::Object

(

int

i

)

[protected]

Definition at line 1095 of file nNetObject.cpp.

References Cheater(), con, nReadError(), nSERVER, NULL, ObjectDangerous(), owner, REAL, sn_Connections, sn_GetNetState(), sn_netObjects, sn_Receive(), sn_SendPlanned(), tAdvanceFrame(), tERR_WARN, and tSysTimeFloat().

Referenced by _wrap_GSimpleAI_object(), deptest::deptest(), eNetGameObject::eNetGameObject(), and gNetPlayerWall::gNetPlayerWall().

                                   {
    if (i==0) // the NULL nNetObject
        return NULL;

    // the last deleted object with specified ID
    nNetObject* deleted = NULL;
    nDeletedInfos::const_iterator found = sn_netObjectsDeleted.find( id );
    if ( found != sn_netObjectsDeleted.end() )
    {
        deleted = (*found).second.object_;
    }

    // return immediately if the object is there
    nNetObject *ret=ObjectDangerous( i );
    if ( ret )
    {
        return ret;
    }

    // set new timeout value
    const REAL totalTimeout=10;
    const REAL printMessageTimeout=.5;

    double newTimeout=tSysTimeFloat()+totalTimeout;
    static double timeout=-1;
    if ( tSysTimeFloat() > timeout )
        timeout = newTimeout;

    bool printMessage=true;
    while (sn_Connections[0].socket &&
            NULL==(ret=sn_netObjects[i]) && timeout >tSysTimeFloat()){ // wait until it is spawned
        if (tSysTimeFloat()>timeout-(totalTimeout + printMessageTimeout))
        {
            if (printMessage)
            {
                con << "Waiting for NetObject with ID " << i << " to spawn...\n";
                printMessage=false;
            }
            if (sn_GetNetState()==nSERVER){
                // in server mode, we cannot wait.

                // the deleted object with the same ID must have been meant
                if ( deleted )
                {
                    return deleted;
                }

                nReadError();

                con << "Now we need to leave the\n"
                << "system in an undefined state. I hope this works...\n";

                Cheater(owner); // kill this bastard
                return NULL; // pray that noone references this pointer
            }
        }
        tAdvanceFrame(10000);
        sn_Receive();
        sn_SendPlanned();
    }

    if (!ret)
        ret = deleted;

    if (!ret)
        tERR_WARN("Netobject " << i << " requested, but was never spawned.");

    return ret;
}

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void nNetObject::DoBroadcastExistence

(

)

[protected]

Definition at line 814 of file nNetObject.cpp.

References AcceptClientSync(), BroadcastExistence(), knowsAbout, MAXCLIENTS, nCLIENT, nSERVER, owner, RequestSync(), sn_Connections, sn_GetNetState(), and sn_myNetID.

Referenced by ClearKnows(), InitAfterCreation(), and RelabelOnConnect().

                                     {
    if (BroadcastExistence() &&
            ( sn_GetNetState()!=nCLIENT ||
              ( owner == ::sn_myNetID && AcceptClientSync() )
            )
       )
    {
        int maxUser = (sn_GetNetState() == nSERVER) ? MAXCLIENTS : 0;
        int minUser  = (sn_GetNetState() == nSERVER) ? 1 : 0;
        for (int user = maxUser; user >= minUser; --user)
        {
            // sync the object only to users that don't know about it yet
            if ( !knowsAbout[user].knowsAboutExistence && sn_Connections[user].socket ) // && !knowsAbout[user].syncReq )
                RequestSync( user, true );
        }
    }
}

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bool nNetObject::DoDebugPrint

(

)

[static]

Definition at line 1512 of file nNetObject.cpp.

Referenced by _wrap_NNetObject_do_debug_print(), gNetPlayerWall::ClearToTransmit(), eNetGameObject::ClearToTransmit(), and SyncAll().

{
    return s_DoPrintDebug;
}

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nNetObject * nNetObject::ObjectDangerous

(

int

i

)

[static]

Definition at line 1166 of file nNetObject.cpp.

References NULL, nDeletedInfo::object_, sn_netObjects, nDeletedInfo::time_, and tSysTimeFloat().

Referenced by _wrap_NNetObject_object_dangerous(), eVoteItemHarm::DoFillFromMessage(), handle_chat_client(), net_sync_handler(), new_destination_handler(), Object(), and operator>>().

                                             {
    if (i==0) // the NULL nNetObject
    {
        return NULL;
    }
    else
    {
        nNetObject* ret = sn_netObjects[i];
        if ( ret )
        {
            return ret;
        }
        else
        {
            nDeletedInfos::const_iterator found = sn_netObjectsDeleted.find( i );
            if ( found != sn_netObjectsDeleted.end() )
            {
                nDeletedInfo const & deleted = (*found).second;
                if ( deleted.time_ > tSysTimeFloat() - nDeletedTimeout )
                {
                    return deleted.object_;
                }
            }
        }
    }

    return NULL;
}

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void nNetObject::AddRef

(

void

)

[virtual]

Reimplemented in eNetGameObject, SwigDirector_NNetObject, and gCycleMovement.

Definition at line 555 of file nNetObject.cpp.

References refCtr_, and tASSERT.

Referenced by _wrap_NNetObject_add_ref(), and eNetGameObject::AddRef().

                       {
    tASSERT ( this );

    if ( this )
    {
        tASSERT( refCtr_ >= 0 );
        refCtr_++;
        tASSERT( refCtr_ >= 0 );
    }
}

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void nNetObject::Release

(

)

[virtual]

Reimplemented in eNetGameObject, and SwigDirector_NNetObject.

Definition at line 582 of file nNetObject.cpp.

References createdLocally, refCtr_, sn_netObjects, tASSERT, and tERR_ERROR.

Referenced by _wrap_NNetObject_release(), eNetGameObject::Release(), and ReleaseOwnership().

                        {
    tASSERT( this );

    if (this){
        if (refCtr_>0)
            refCtr_--;
        else
        {
#ifdef DEBUG
            tERR_ERROR("Negative recfcount!");
#else
            return;
#endif
        }
        int extra=0;

        // account for the reference held by the creator of the object

        // only if the object is validly entered in our object-array
        if (id > 0 && static_cast<nNetObject*>(sn_netObjects[id])==this)
        {
            if ( createdLocally )
                extra = -1;
        }
        //    else
        //      extra = -1;

        if ( refCtr_ + extra <= 0 )
        {
            refCtr_ = -100;
            delete this;
        }
    }
}

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int nNetObject::GetRefcount

(

)

const

Definition at line 618 of file nNetObject.cpp.

References createdLocally, refCtr_, and sn_netObjects.

Referenced by gCycleMovement::AddRef(), gAITeam::BalanceWithAIs(), GetID(), and gAIPlayer::SetNumberOfAIs().

{
    int extra=0;

    // account for the reference held by the creator of the object

    // only if the object is validly entered in our object-array
    if (id > 0 && static_cast<nNetObject*>(sn_netObjects[id])==this)
    {
        if ( createdLocally )
            extra = -1;
    }
    //    else
    //      extra = -1;

    return this->refCtr_ + extra;
}

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void nNetObject::ReleaseOwnership

(

)

[virtual]

Reimplemented in SwigDirector_NNetObject.

Definition at line 566 of file nNetObject.cpp.

References createdLocally, and Release().

Referenced by _wrap_NNetObject_release_ownership().

                                 {
    if ( this->createdLocally )
    {
        this->createdLocally = false;
        Release();
    }
}

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void nNetObject::TakeOwnership

(

)

[virtual]

Reimplemented in SwigDirector_NNetObject.

Definition at line 574 of file nNetObject.cpp.

References createdLocally.

Referenced by _wrap_NNetObject_take_ownership(), gNetPlayerWall::ActionOnQuit(), and gCycle::ActionOnQuit().

                              {
    if ( !this->createdLocally )
    {
        this->createdLocally = true;
        //              AddRef();
    }
}

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bool nNetObject::Owned

(

)

[inline]

< returns whether the object is owned by this machine

Definition at line 127 of file nNetObject.h.

References createdLocally.

Referenced by _wrap_NNetObject_owned().

                {
        return createdLocally;    
    }

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nObserver & nNetObject::GetObserver

(

)

const

Definition at line 636 of file nNetObject.cpp.

References tNEW.

Referenced by _wrap_NNetObject_get_observer().

{
    if ( !this->observer_ )
    {
        this->observer_ = tNEW( nObserver );
        this->observer_->SetObject( this );
    }

    return *this->observer_;
}

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void nNetObject::Dump

(

tConsole &

con

)

[virtual]

Reimplemented in SwigDirector_NNetObject.

Definition at line 649 of file nNetObject.cpp.

References PrintName().

Referenced by _wrap_NNetObject_dump().

{
    tString str;
    this->PrintName( str );
    con << str;
}

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unsigned short nNetObject::ID

(

)

const [inline]

Definition at line 135 of file nNetObject.h.

References id.

Referenced by BroadCastNewDestination(), gNetPlayerWall::ClearToTransmit(), eNetGameObject::ClearToTransmit(), zValidator::isOwner(), zValidator::isTeamOwner(), gCycle::OnDropTempWall(), gCycle::PrintName(), se_NewChatMessage(), se_ServerControlledChatMessageConsole(), ePlayerNetID::SetTeamname(), gCycle::Timestep(), and deptest::WriteCreate().

                             {
        if (this)
            return id;
        else
            return 0;
    }

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unsigned short nNetObject::Owner

(

)

const [inline]

Definition at line 142 of file nNetObject.h.

References owner, and sn_myNetID.

Referenced by gDestination::CopyFrom(), ePlayerNetID::CreateNewTeam(), ePlayerNetID::CreateVoter(), eVoteItemKick::DoCheckValid(), DoGetMachine(), gCycle::DoTurn(), gCycle::EdgeIsDangerous(), ePlayerNetID::Enemies(), ePlayerNetID::FindPlayerByName(), GameLoop(), eVoter::GetVoter(), eVoter::HandleChat(), IsSilencedWithWarning(), eNetGameObject::LagThreshold(), ePlayerNetID::MyInitAfterCreation(), eVoter::Name(), net_control_handler(), net_sync_handler(), new_destination_handler(), gCycleMovement::OnNotifyNewDestination(), gCycle::OnNotifyNewDestination(), gCycle::ReadSync(), gNetPlayerWall::RealWallReceived(), ePlayerNetID::ReceiveControlNet(), ePlayerNetID::RemoveChatbots(), nAuthentication::RequestLogin(), gCycle::RequestSyncAll(), gCycle::RequestSyncOwner(), gCycle::RightBeforeDeath(), se_ChatMsg(), se_ChatShuffle(), se_ChatState(), se_ChatTeam(), se_ChatTeamLeave(), se_FindPlayerInChatCommand(), se_GetAccessLevel(), se_GetAlivePlayerFromUserID(), se_GetLocalPlayer(), se_GetPing(), se_ListPlayers(), se_ReadUser(), se_RequestLogin(), se_SendPrivateMessage(), se_SendTeamMessage(), se_SendTo(), se_VoteKickPlayer(), eNetGameObject::SendControl(), eNetGameObject::SetPlayer(), ePlayerNetID::SetTeam(), ePlayerNetID::SetTeamWish(), sg_GetSyncIntervalSelf(), sg_UseAntiLagSliding(), sn_DoDestroy(), gCycle::SyncEnemy(), eNetGameObject::SyncIsNew(), ePlayerNetID::TeamChangeAllowed(), gCycleMovement::Timestep(), eNetGameObject::Timestep(), gCycleMovement::TimestepCore(), gCycle::TimestepCore(), ePlayerNetID::Update(), ePlayerNetID::UpdateName(), and ePlayerNetID::UpdateTeam().

                                {
        if (this)
            return owner;
        else
            return ::sn_myNetID;
    }

nMachine & nNetObject::GetMachine

(

void

)

const [inline]

returns the machine this object belongs to

Returns:

the machine this NetObject belongs to

Definition at line 448 of file nNetObject.h.

References DoGetMachine().

Referenced by _wrap_NNetObject_get_machine(), eNetGameObject::DoGetMachine(), ePlayerNetID::Enemies(), and se_ListPlayers().

{
    return DoGetMachine();
}

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virtual nDescriptor& nNetObject::CreatorDescriptor

(

)

const [pure virtual]

Implemented in ePlayerNetID, eTeam, eTimer, floattest, deptest, floattest, deptest, SwigDirector_NNetObject, gAIPlayer, gAITeam, gCycleExtrapolator, gCycle, gGame, gNetPlayerWall, gZone, zShapeCircle, zShapePolygon, and zZone.

Referenced by nBandwidthTaskCreate::DoExecute(), new_destination_handler(), and SyncAll().

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void nNetObject::InitAfterCreation

(

void

)

[virtual]

Reimplemented in eNetGameObject, ePlayerNetID, SwigDirector_NNetObject, gCycle, gCycleMovement, and gNetPlayerWall.

Definition at line 859 of file nNetObject.cpp.

References DoBroadcastExistence(), and sn_WasDeletedLocally().

Referenced by _wrap_NNetObject_init_after_creation(), gNetPlayerWall::InitAfterCreation(), and eNetGameObject::InitAfterCreation().

                                  {
    DoBroadcastExistence();
    // con << "InitAfterCreation\n";

#ifdef DEBUG
    sn_BreakOnObjectID( id );
#endif

    // it just got created, all local deletions must be fakes
    sn_WasDeletedLocally( id );
} // after remote creation,

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void nNetObject::Register

(

const nNetObjectRegistrar &

r

)

Definition at line 738 of file nNetObject.cpp.

References Cheater(), con, nNetObjectRegistrar::id, nCLIENT, nReadError(), nNetObjectRegistrar::object, owner, nNetObjectRegistrar::sender, sn_GetNetState(), sn_netObjects, and tASSERT.

{
    tASSERT( this == registrar.object );
    tASSERT( id == 0 || id == registrar.id );

    if ( this->id == registrar.id )
    {
        return;
    }

    id = registrar.id;

    if (sn_netObjectsOwner[id]!= registrar.sender || sn_netObjects[id]){
#ifdef DEBUG
        con << "Netobject " << id << " is already reserved!\n";
#endif
        if (sn_netObjectsOwner[id]!=registrar.sender){
            Cheater( registrar.sender );
            nReadError();
        }
    }
    else
    {
#ifdef DEBUG
        sn_BreakOnObjectID( id );
#endif
        sn_netObjects[id]=this;
    }

    if (sn_GetNetState()!=nCLIENT)
        owner=registrar.sender; // to make sure noone is given a nNetObject from
    // someone else.

    sn_netObjectsOwner[id]=owner;
    sn_netObjects_AcceptClientSync[id]=false;
}

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nMachine & nNetObject::DoGetMachine

(

void

)

const [protected, virtual]

returns the machine this object belongs to

Returns:

Reimplemented in eNetGameObject, ePlayerNetID, and SwigDirector_NNetObject.

Definition at line 2082 of file nNetObject.cpp.

References nMachine::GetMachine(), and Owner().

Referenced by ePlayerNetID::DoGetMachine(), eNetGameObject::DoGetMachine(), SwigDirector_NNetObject::DoGetMachineSwigPublic(), GetMachine(), and ePlayerNetID::RegisterWithMachine().

{
    return nMachine::GetMachine( Owner() );
}

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virtual bool nNetObject::ActionOnQuit

(

)

[inline, virtual]

Reimplemented in eNetGameObject, ePlayerNetID, SwigDirector_NNetObject, gCycle, and gNetPlayerWall.

Definition at line 184 of file nNetObject.h.

Referenced by _wrap_NNetObject_action_on_quit(), and ClearKnows().

                               {
        return true;
    }

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virtual void nNetObject::ActionOnDelete

(

)

[inline, virtual]

Reimplemented in eNetGameObject, ePlayerNetID, and SwigDirector_NNetObject.

Definition at line 189 of file nNetObject.h.

Referenced by _wrap_NNetObject_action_on_delete(), and sn_DoDestroy().

                                 {
    }

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virtual bool nNetObject::BroadcastExistence

(

)

[inline, virtual]

Reimplemented in SwigDirector_NNetObject.

Definition at line 194 of file nNetObject.h.

Referenced by _wrap_NNetObject_broadcast_existence(), and DoBroadcastExistence().

                                     {
        return true;
    }

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void nNetObject::PrintName

(

tString &

s

)

const [virtual]

Reimplemented in ePlayerNetID, eTeam, SwigDirector_NNetObject, gCycle, and gNetPlayerWall.

Definition at line 1195 of file nNetObject.cpp.

References id.

Referenced by Dump(), and SyncAll().

{
    s << "Nameless NetObject nr. " << id;
}

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bool nNetObject::HasBeenTransmitted

(

int

user

)

const

Definition at line 1200 of file nNetObject.cpp.

References knowsAbout.

Referenced by deptest::ClearToTransmit(), and gGame::GridIsReady().

                                                 {
    return (knowsAbout[user].knowsAboutExistence);
}

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bool nNetObject::syncRequested

(

int

user

)

const [inline]

Definition at line 203 of file nNetObject.h.

References knowsAbout, and nNetObject::nKnowsAboutInfo::syncReq.

                                      {
        return knowsAbout[user].syncReq;
    }

bool nNetObject::ClearToTransmit

(

int

user

)

const [virtual]

Reimplemented in eNetGameObject, ePlayerNetID, eTeam, deptest, deptest, SwigDirector_NNetObject, and gNetPlayerWall.

Definition at line 1206 of file nNetObject.cpp.

Referenced by _wrap_NNetObject_clear_to_transmit(), gNetPlayerWall::ClearToTransmit(), deptest::ClearToTransmit(), eNetGameObject::ClearToTransmit(), and SyncAll().

                                              {
    return true;
}

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void nNetObject::WriteSync

(

nMessage &

m

)

[virtual]

Reimplemented in eNetGameObject, ePlayerNetID, eTeam, eTimer, floattest, floattest, SwigDirector_NNetObject, gCycle, gGame, gNetPlayerWall, gZone, zShape, zShapeCircle, and zZone.

Definition at line 1278 of file nNetObject.cpp.

References AcceptClientSync(), nSERVER, sn_GetNetState(), and tERR_ERROR.

Referenced by _wrap_NNetObject_write_sync(), WriteAll(), gNetPlayerWall::WriteSync(), gGame::WriteSync(), WriteSync(), floattest::WriteSync(), eTimer::WriteSync(), and eNetGameObject::WriteSync().

                                     {
#ifdef DEBUG
    if (sn_GetNetState()!=nSERVER && !AcceptClientSync())
        tERR_ERROR("WriteSync should only be called server-side!");
#endif
} // nothing to do yet

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void nNetObject::ReadSync

(

nMessage &

m

)

[virtual]

Reimplemented in eNetGameObject, ePlayerNetID, eTeam, eTimer, floattest, floattest, SwigDirector_NNetObject, gCycle, gGame, gNetPlayerWall, gZone, zShape, zShapeCircle, and zZone.

Definition at line 1287 of file nNetObject.cpp.

References knowsAbout, nSERVER, RequestSync(), nMessage::SenderID(), sn_GetNetState(), and nNetObject::nKnowsAboutInfo::syncReq.

Referenced by _wrap_NNetObject_read_sync(), ReadAll(), gNetPlayerWall::ReadSync(), gGame::ReadSync(), ReadSync(), floattest::ReadSync(), eTimer::ReadSync(), eNetGameObject::ReadSync(), and floattest::ReceiveControl().

                                    {
    if (sn_GetNetState()==nSERVER){
        bool back=knowsAbout[m.SenderID()].syncReq;
        RequestSync(); // tell the others about it
        knowsAbout[m.SenderID()].syncReq=back;
        // but not the sender of the message; he
        // knows already.
    }
}

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void nNetObject::WriteSync	(	nMessage &	m,
		int	run
	)			[virtual]

Definition at line 1210 of file nNetObject.cpp.

References WriteSync().

{
    if ( run == 0 )
    {
        WriteSync( m );
    }
}

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void nNetObject::ReadSync	(	nMessage &	m,
		int	run
	)			[virtual]

Definition at line 1218 of file nNetObject.cpp.

References ReadSync().

{
    if ( run == 0 )
    {
        ReadSync( m );
    }
}

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bool nNetObject::SyncIsNew

(

nMessage &

m

)

[virtual]

Reimplemented in eNetGameObject, eTeam, SwigDirector_NNetObject, gCycle, and gNetPlayerWall.

Definition at line 692 of file nNetObject.cpp.

References lastSyncID_, nMessage::MessageIDBig(), and sn_Update().

Referenced by net_sync_handler(), gNetPlayerWall::SyncIsNew(), and eNetGameObject::SyncIsNew().

                                     {
    unsigned long int bigID =  m.MessageIDBig();
    //    sn_Update(global_lastSync,bigID);
    return sn_Update(lastSyncID_,bigID);
}

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void nNetObject::WriteCreate

(

nMessage &

m

)

[virtual]

Reimplemented in eNetGameObject, eTeam, floattest, deptest, deptest, SwigDirector_NNetObject, gCycle, gNetPlayerWall, gZone, zShape, zShapeCircle, zShapePolygon, and zZone.

Definition at line 1300 of file nNetObject.cpp.

References AcceptClientSync(), con, id, owner, and nMessage::Write().

Referenced by _wrap_NNetObject_write_create(), WriteAll(), gNetPlayerWall::WriteCreate(), WriteCreate(), deptest::WriteCreate(), floattest::WriteCreate(), eTeam::WriteCreate(), and eNetGameObject::WriteCreate().

                                       {
    m.Write(id);
    m.Write(owner);

    // store the info needed in the destructor
    sn_netObjects_AcceptClientSync[id]=this->AcceptClientSync();

    if (deb_net)
        con << "Sending creation message for nNetObject " << id << "\n";
}

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void nNetObject::WriteCreate	(	nMessage &	m,
		int	run
	)			[virtual]

Definition at line 1226 of file nNetObject.cpp.

References WriteCreate().

{
    if ( run == 0 )
    {
        WriteCreate( m );
    }
}

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void nNetObject::ReadCreate	(	nMessage &	m,
		int	run
	)			[virtual]

Definition at line 1234 of file nNetObject.cpp.

References tASSERT.

Referenced by ReadAll().

{
    // run == 0 would call the constructor, but run == 0 never happens.
    tASSERT( run > 0 );
}

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void nNetObject::WriteAll	(	nMessage &	m,
		bool	create
	)

Definition at line 1240 of file nNetObject.cpp.

References nMessage::DataLen(), WriteCreate(), and WriteSync().

Referenced by nBandwidthTaskCreate::DoExecute(), nBandwidthTaskSync::DoExecute(), and SyncAll().

{
    int lastLen = -1;
    int run = 0;

    // write as long as the read functions do something
    while ( m.DataLen() > lastLen )
    {
        lastLen = m.DataLen();
        if ( create )
        {
            WriteCreate(m,run);
        }

        WriteSync(m,run);
        ++run;
    }
}

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void nNetObject::ReadAll	(	nMessage &	m,
		bool	create
	)

Definition at line 1259 of file nNetObject.cpp.

References ReadCreate(), nMessage::ReadSoFar(), and ReadSync().

Referenced by nNOInitialisator< T >::Init(), and net_sync_handler().

{
    int lastRead = -1;
    int run = 0;

    // read as long as the read functions do something
    while ( m.ReadSoFar() > lastRead )
    {
        lastRead = m.ReadSoFar();
        if ( create && run > 0 )
        {
            ReadCreate(m,run);
        }

        ReadSync(m,run);
        ++run;
    }
}

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int nNetObject::SyncedUser

(

)

[static, protected]

returns the user that the current WriteSync() is intended for

Definition at line 1520 of file nNetObject.cpp.

Referenced by eTimer::WriteSync().

{
    return sn_syncedUser;
}

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nMessage * nNetObject::NewControlMessage

(

)

[protected]

Definition at line 1407 of file nNetObject.cpp.

References net_control, and nMessage::Write().

Referenced by ePlayerNetID::CreateNewTeamWish(), floattest::SendControl(), eNetGameObject::SendControl(), and ePlayerNetID::SetTeamWish().

                                        {
    nMessage *m=new nMessage(net_control);
    m->Write(id);
    return m;
}

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void nNetObject::ReceiveControlNet

(

nMessage &

m

)

[virtual]

Reimplemented in eNetGameObject, ePlayerNetID, eTeam, and SwigDirector_NNetObject.

Definition at line 1394 of file nNetObject.cpp.

References nCLIENT, RequestSync(), sn_GetNetState(), and tERR_ERROR.

Referenced by _wrap_NNetObject_receive_control_net(), and net_control_handler().

                                            {
#ifdef DEBUG
    if (sn_GetNetState()==nCLIENT)
        tERR_ERROR("rec_cont should not be called client-side!");
#endif

    // after control is received, we better sync this object with
    // the clients:

    RequestSync();
}

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bool nNetObject::AcceptClientSync

(

)

const [virtual]

Reimplemented in ePlayerNetID, eTeam, floattest, deptest, floattest, deptest, and SwigDirector_NNetObject.

Definition at line 1497 of file nNetObject.cpp.

Referenced by _wrap_NNetObject_accept_client_sync(), ClearKnows(), DoBroadcastExistence(), net_sync_handler(), RequestSync(), SyncAll(), WriteCreate(), and WriteSync().

                                       {
    return false;
}

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void nNetObject::GetID

(

)

Definition at line 1311 of file nNetObject.cpp.

References GetRefcount(), nNetObjectRegistrar::id, next_free(), nNetObjectRegistrar::object, owner, sn_netObjects, and tERR_ERROR.

Referenced by RequestSync().

{
    if ( !id && GetRefcount() >= 0 )
    {
        if ( bool( sn_Registrar ) && this == sn_Registrar->object )
        {
            id = sn_Registrar->id;
        }
        else
        {
            id = next_free();
        }

        if (sn_netObjects[id])
            tERR_ERROR("Dublicate nNetObject id " << id);

        sn_netObjectsOwner[id]=owner;
        sn_netObjects_AcceptClientSync[id]=false;

        sn_netObjects[id]=this;
    }
}

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void nNetObject::RequestSync

(

bool

ack = true

)

Reimplemented in gCycleMovement.

Definition at line 1354 of file nNetObject.cpp.

References AcceptClientSync(), tList< T, MALLOC, REFERENCE >::Add(), GetID(), knowsAbout, MAXCLIENTS, nCLIENT, nNetObject::nKnowsAboutInfo::nextSyncAck, owner, sn_GetNetState(), sn_myNetID, syncListID_, nNetObject::nKnowsAboutInfo::syncReq, and tERR_ERROR.

Referenced by eTeam::AddScore(), ePlayerNetID::AddScore(), gNetPlayerWall::BlowHole(), gNetPlayerWall::CopyIntoGrid(), DoBroadcastExistence(), eNetGameObject::eNetGameObject(), eTimer::eTimer(), GameLoop(), gGame::gGame(), gGame::NoLongerGoOn(), ntest(), gWinZoneHack::OnEnter(), gParser::parseZoneArthemis_v1(), eTimer::pause(), ReadSync(), floattest::ReceiveControl(), eNetGameObject::ReceiveControl(), ReceiveControlNet(), gCycleMovement::RequestSync(), eTeam::ResetScore(), ePlayerNetID::SetChatting(), zShape::setColor(), zShape::setRotation2(), eTeam::SetScore(), gGame::SetState(), gGame::StateUpdate(), eTimer::SyncTime(), gBaseZoneHack::Timestep(), ePlayerNetID::Update(), eTeam::UpdateAppearance(), ePlayerNetID::UpdateName(), and eTeam::UpdateProperties().

                                    {
    this->GetID();

#ifdef nSIMULATE_PING
    ack=true;
#endif

#ifdef DEBUG
    if (sn_GetNetState()==nCLIENT && (!AcceptClientSync() || owner!=::sn_myNetID))
        tERR_ERROR("RequestSync should only be called server-side!");
#endif

    for (int i=MAXCLIENTS;i>=0;i--){
        knowsAbout[i].syncReq=true;
        knowsAbout[i].nextSyncAck |=ack;
    }

    if ( syncListID_ < 0 )
        sn_SyncRequestedObject.Add( this, syncListID_ );
}

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void nNetObject::RequestSync	(	int	user,
		bool	ack
	)

Reimplemented in gCycleMovement.

Definition at line 1335 of file nNetObject.cpp.

References AcceptClientSync(), tList< T, MALLOC, REFERENCE >::Add(), GetID(), knowsAbout, nNetObject::nKnowsAboutInfo::nextSyncAck, nSERVER, owner, sn_GetNetState(), sn_myNetID, syncListID_, nNetObject::nKnowsAboutInfo::syncReq, and tERR_ERROR.

                                             { // only for a single user
#ifdef nSIMULATE_PING
    ack=true;
#endif
    this->GetID();

    if (sn_GetNetState()==nSERVER || (AcceptClientSync() && owner==::sn_myNetID)){
        knowsAbout[user].syncReq=true;
        knowsAbout[user].nextSyncAck |=ack;
    }
#ifdef DEBUG
    else
        tERR_ERROR("RequestSync should only be called server-side!");
#endif

    if ( syncListID_ < 0 )
        sn_SyncRequestedObject.Add( this, syncListID_ );
}

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void nNetObject::SyncAll

(

)

[static]

Definition at line 1525 of file nNetObject.cpp.

References AcceptClientSync(), nConnectionInfo::ackPending, nNetObject::nKnowsAboutInfo::acksPending, nConnectionInfo::bandwidthControl_, ClearToTransmit(), con, nBandwidthControl::Control(), CreatorDescriptor(), DoDebugPrint(), id, knowsAbout, nNetObject::nKnowsAboutInfo::knowsAboutExistence, GrowingArrayBase::Len(), nSendBuffer::Len(), MAXCLIENTS, nCLIENT, net_sync, nNetObject::nKnowsAboutInfo::nextSyncAck, nSERVER, NULL, nWaitForAckSync, PrintName(), tList< T, MALLOC, REFERENCE >::Remove(), nConnectionInfo::sendBuffer_, sn_Connections, sn_GetNetState(), sn_maxNoAck, sn_myNetID, sn_netObjects, sn_SyncRequestedObject, syncListID_, nNetObject::nKnowsAboutInfo::syncReq, tSysTimeFloat(), nBandwidthControl::Usage_Planning, and WriteAll().

Referenced by _wrap_NNetObject_sync_all(), client(), ConnectToServerCore(), gGame::GameLoop(), init_game_objects(), gGame::NetSync(), next_free(), ntest(), server(), and sn_Sync().

                        {
#ifdef DEBUG
    s_DoPrintDebug = false;

    static nTimeRolling debugtime = 0;
    nTimeRolling time = tSysTimeFloat();
    if (time > debugtime && sn_GetNetState() == nSERVER)
    {
        debugtime = time+5;
        //      s_DoPrintDebug = true;
    }
#endif

    for (int user=MAXCLIENTS;user>=0;user--)
        if (is_ready_to_get_objects[user] &&
                sn_Connections[user].socket && sn_netObjects.Len()>0 && user!=sn_myNetID){

            sn_syncedUser = user;

            // send the destroy messages
            if (destroyers[user])
            {
                // but check whether the opportunity is good (big destroyers message, or a sync packet in the pipe) first
                if ( destroyers[user]->DataLen() > 75 ||
                        sn_Connections[user].sendBuffer_.Len() > 0 ||
                        destroyersTime[user] < tSysTimeFloat()-.5 )
                {
                    destroyers[user]->Send(user);
                    destroyers[user]=NULL;
                }
            }

            // con << sn_SyncRequestedObject.Len() << "/" << sn_netObjects.Len() << "\n";

            int currentSync = sn_SyncRequestedObject.Len()-1;
            while (sn_Connections[user].socket>0 &&
                    sn_Connections[user].bandwidthControl_.CanSend() &&
                    sn_Connections[user].ackPending<sn_maxNoAck &&
                    currentSync >= 0){
                nNetObject *nos = sn_SyncRequestedObject( currentSync );

                if (nos && nos->ClearToTransmit(user) && ( nos == sn_netObjects( nos->id ) )
                        && (sn_GetNetState()!=nCLIENT ||
                            nos->AcceptClientSync()))
                {
                    short s = nos->id;

                    if (// nos->knowsAbout[user].syncReq &&
                        !nos->knowsAbout[user].knowsAboutExistence)
                    {
                        if (!nos->knowsAbout[user].acksPending){
#ifdef DEBUG
                            //con << "remotely creating object " << s << '\n';
#endif
                            /*
                              con << "creating object " << s << " at user " << user
                              << " owned by " << sn_netObjects(s)->owner << '\n';
                            */
                            // send a creation message

                            tJUST_CONTROLLED_PTR< nMessage > m=new nMessage
                                                               (nos->CreatorDescriptor());

#ifdef DEBUG
                            if (s == sn_WatchNetID)
                                sn_WatchMessage = m;
#endif

                            nos->WriteAll(*m,true);
                            new nWaitForAckSync(m,user,s);
                            unsigned long id = m->MessageIDBig();
                            m->SendImmediately(user, false);
                            m->messageIDBig_ = id;

                            nos->knowsAbout[user].syncReq = false;
                        }
#ifdef DEBUG
                        else if (DoDebugPrint())
                        {
                            tString s;
                            s << "Not remotely creating object ";
                            nos->PrintName(s);
                            s << " on user " << user << " again because there is an Ack pending.\n";
                            con << s;
                        }
#endif
                    }
                    else if (nos->knowsAbout[user].syncReq
                             && sn_Connections[user].bandwidthControl_.Control( nBandwidthControl::Usage_Planning ) >50
                             && nos->knowsAbout[user].acksPending<=1){
                        // send a sync
                        tJUST_CONTROLLED_PTR< nMessage > m = new nMessage(net_sync);

                        m->Write(s);
                        nos->WriteAll(*m,false);
                        nos->knowsAbout[user].syncReq=false;

                        if (nos->knowsAbout[user].nextSyncAck){
                            new nWaitForAckSync(m,user,s);
                            nos->knowsAbout[user].nextSyncAck=false;
                        }
#ifndef nSIMULATE_PING
                        unsigned long id = m->MessageIDBig();
                        //m->Send(user,0,false);
                        m->SendImmediately(user,false);
                        m->messageIDBig_ = id;
#endif
                    }

                }

                currentSync--;
            }

            sn_syncedUser = -1;

#ifdef DEBUG
            bool inc=false;
            static int warn=0;
            static int nextWarnOverflow=0;
            static int nextWarnAck=0;
            if (sn_Connections[user].bandwidthControl_.Control( nBandwidthControl::Usage_Planning )<-100){
                if (warn>=nextWarnOverflow)
                {
                    nextWarnOverflow = 2+(warn*17)/16;
                    con << "Warning! Network overflow: "
                    << -100-sn_Connections[user].bandwidthControl_.Control( nBandwidthControl::Usage_Planning ) << "\n";
                }
                inc=true;
            }
            if (sn_Connections[user].ackPending>=sn_maxNoAck){
                if (warn>=nextWarnAck)
                {
                    nextWarnAck = 2+(warn*17)/16;
                    std::cerr << "Warning! Too many acks pending: "
                    << sn_Connections[user].ackPending << "\n";
                }
                inc=true;
            }
            if (inc)
                warn++;
#endif
        }


    // clear out objects that no longer need to be in the list because
    // all requested syncs have been sent
    {
        for ( int currentSync = sn_SyncRequestedObject.Len()-1; currentSync >= 0; --currentSync ){
            nNetObject *nos = sn_SyncRequestedObject( currentSync );

            if ( nos )
            {
                // check if nos can be removed from sync request list
                bool canRemove = true;

                // check if there is anything preventing the removal
                if ( nos == sn_netObjects( nos->id ) )
                {
                    int start = ( sn_GetNetState() == nSERVER ) ? MAXCLIENTS : 0;
                    int stop  = ( sn_GetNetState() == nSERVER ) ? 1 : 0;
                    for ( int i = start; i>=stop && canRemove; --i )
                    {
                        const nKnowsAboutInfo& knows = nos->knowsAbout[i];
                        if ( sn_Connections[i].socket && knows.syncReq )
                            canRemove = false;
                    }
                }
                if ( canRemove )
                    sn_SyncRequestedObject.Remove( nos, nos->syncListID_ );
            }
        }
    }
}

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void nNetObject::ClearAll

(

)

[static]

Reimplemented in ePlayerNetID, and gAIPlayer.

Definition at line 1741 of file nNetObject.cpp.

References ClearAllDeleted(), GrowingArrayBase::Len(), net_clear, NULL, tList< T, MALLOC, REFERENCE >::Remove(), tArray< T, MALLOC >::SetLen(), sn_netObjects, sn_netObjectsOwner, syncListID_, tASSERT, and tNEW.

Referenced by _wrap_NNetObject_clear_all(), cleanup(), ConnectToServerCore(), main(), and net_clear_handler().

                         {
    ClearAllDeleted();
    sn_freedIDs.clear();

    //con << "WARNING! BAD DESIGN. nNetObject::clear all() called.\n";
    int i;
    for (i=sn_netObjects.Len()-1;i>=0;i--)
        if (tJUST_CONTROLLED_PTR< nNetObject > no=sn_netObjects(i)){
            sn_netObjects(i)=NULL;
            sn_netObjectsOwner(i)=0;
            no->id = 0;
        }
    sn_netObjects.SetLen(0);
    sn_netObjectsOwner.SetLen(0);

    for (i=sn_SyncRequestedObject.Len()-1;i>=0;i--)
    {
        nNetObject * n = sn_SyncRequestedObject[i];
        tASSERT(n);
        sn_SyncRequestedObject.Remove( n, n->syncListID_ );
    }

    (tNEW(nMessage)(net_clear))->BroadCast(); // just to make sure..
}

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void nNetObject::ClearAllDeleted

(

)

[static]

Definition at line 1722 of file nNetObject.cpp.

References MAXCLIENTS, NULL, and sn_Connections.

Referenced by _wrap_NNetObject_clear_all_deleted(), gAITeam::BalanceWithAIs(), ClearAll(), gGame::StateUpdate(), and ePlayerNetID::Update().

{
    // forget about objects that were deleted in the past. The swap trick is to
    // avoid that the objects try to remove themselves from the list while it is cleared.
    nDeletedInfos swap;
    swap.swap( sn_netObjectsDeleted );
    swap.clear();

    // send out object deletion messages
    for ( int i = MAXCLIENTS;i>=0;i--)
    {
        if ( sn_Connections[i].socket && destroyers[i] )
        {
            destroyers[i]->Send(i);
            destroyers[i] = NULL;
        }
    }
}

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void nNetObject::ClearKnows	(	int	user,
		bool	clear
	)			[static]

Definition at line 1767 of file nNetObject.cpp.

References AcceptClientSync(), ActionOnQuit(), DoBroadcastExistence(), knowsAbout, MAXCLIENTS, NULL, owner, nNetObject::nKnowsAboutInfo::Reset(), sn_myNetID, sn_netObjects, and sn_netObjectsOwner.

Referenced by _wrap_NNetObject_clear_knows(), ClearKnows(), and login_callback().

                                               {
    if (0<=user && user <=MAXCLIENTS){
        is_ready_to_get_objects[user]=false;
        for (int i=sn_netObjects.Len()-1;i>=0;i--){
            nNetObject *no=sn_netObjects(i);
            if (no){
                no->knowsAbout[user].Reset();

                no->DoBroadcastExistence();  // immediately transfer the thing

                if (clear){
                    if (no->owner==user && user!=sn_myNetID){
                        if (no->ActionOnQuit())
                            sn_netObjects(i)=NULL; // destroy it
                        else{
                            no->owner=::sn_myNetID; // or make it mine.
                            sn_netObjectsOwner(i)=::sn_myNetID;
                            if (no->AcceptClientSync()){
                                tControlledPTR< nNetObject > bounce( no ); // destroy it, if noone wants it
                            }
                        }
                    }
                }
            }
        }
    }
}

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void nNetObject::RelabelOnConnect

(

)

[static]

Definition at line 1811 of file nNetObject.cpp.

References DoBroadcastExistence(), id, knowsAbout, GrowingArrayBase::Len(), MAXCLIENTS, nCLIENT, next_free(), NULL, owner, ready, nNetObject::nKnowsAboutInfo::Reset(), sn_GetNetState(), sn_myNetID, sn_netObjects, and st_Breakpoint().

Referenced by _wrap_NNetObject_relabel_on_connect(), and login_callback().

                                 {
    if (sn_GetNetState()==nCLIENT){
        tArray<tJUST_CONTROLLED_PTR<nNetObject> > sn_netObjects_old;

        // transfer the sn_netObjects to sn_netObjects_old:
        int i;
        for (i=sn_netObjects.Len()-1;i>=0;i--){
            sn_netObjects_old[i]=sn_netObjects(i);
            sn_netObjects(i)=NULL;
            sn_netObjectsOwner[i]=0;
        }

        // assign new id's and transfer them back to sn_netObjects:
        for (i=sn_netObjects_old.Len()-1;i>=0;i--){
            nNetObject *no = sn_netObjects_old(i);
            if (no){
                unsigned short id=next_free();

#ifdef DEBUG
                sn_BreakOnObjectID( id );
#endif

#ifdef DEBUG
                //con << "object " <<i << " gets new id " << id << '\n';
#endif
                no->id=id;
                no->owner=::sn_myNetID;
                sn_netObjectsOwner[id]=::sn_myNetID;
                for (int j=MAXCLIENTS;j>=0;j--){
                    no->knowsAbout[j].Reset();
                    no->DoBroadcastExistence();
                }

                if (sn_netObjects[id])
                    st_Breakpoint();

                sn_netObjects[id]=no;
                sn_netObjects_old(i)=NULL;
            }
        }
    }
    (new nMessage(ready))->Send(0);
    is_ready_to_get_objects[0]=true;
}

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---

Friends And Related Function Documentation

friend class nWaitForAckSync [friend]

Definition at line 52 of file nNetObject.h.

Referenced by SyncAll().

---

Member Data Documentation

bool nNetObject::createdLocally [private]

Definition at line 54 of file nNetObject.h.

Referenced by GetRefcount(), nNetObject(), Owned(), Release(), ReleaseOwnership(), TakeOwnership(), and ~nNetObject().

unsigned long int nNetObject::lastSyncID_ [private]

Definition at line 55 of file nNetObject.h.

Referenced by SyncIsNew().

unsigned short nNetObject::id [private]

Reimplemented in gNetPlayerWall.

Definition at line 58 of file nNetObject.h.

Referenced by deptest::deptest(), handle_chat_client(), ID(), net_control_handler(), net_destroy_handler(), net_sync_handler(), PrintName(), RelabelOnConnect(), sync_ack_handler(), SyncAll(), and WriteCreate().

int nNetObject::refCtr_ [mutable, private]

Definition at line 61 of file nNetObject.h.

Referenced by AddRef(), GetRefcount(), Release(), and ~nNetObject().

unsigned short nNetObject::owner [private]

Definition at line 64 of file nNetObject.h.

Referenced by ClearKnows(), floattest::debug_out(), deptest::deptest(), DoBroadcastExistence(), floattest::floattest(), GetID(), nNetObject(), Object(), Owner(), floattest::ReadSync(), floattest::ReceiveControl(), Register(), RelabelOnConnect(), RequestSync(), WriteCreate(), deptest::~deptest(), floattest::~floattest(), and ~nNetObject().

int nNetObject::syncListID_ [private]

Definition at line 73 of file nNetObject.h.

Referenced by ClearAll(), nNetObject(), RequestSync(), SyncAll(), and ~nNetObject().

nKnowsAboutInfo nNetObject::knowsAbout[MAXCLIENTS+2] [protected]

Definition at line 103 of file nNetObject.h.

Referenced by nWaitForAckSync::AckExtraAction(), ClearKnows(), DoBroadcastExistence(), HasBeenTransmitted(), nNetObject(), nWaitForAckSync::nWaitForAckSync(), ReadSync(), RelabelOnConnect(), RequestSync(), SyncAll(), syncRequested(), and ~nNetObject().

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The documentation for this class was generated from the following files:

• src/network/nNetObject.h
• src/network/nNetObject.cpp

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