#include "tnlRPC.h"
#include "tnlNetBase.h"
#include "tnlBitStream.h"
Namespaces | |
| namespace | TNL |
Defines | |
| #define | TNL_IMPLEMENT_NETOBJECT(className) |
| The TNL_IMPLEMENT_NETOBJECT macro should be used for all subclasses of NetObject that will be transmitted with the ghosting system. | |
| #define | TNL_IMPLEMENT_NETOBJECT_RPC(className, name, args, argNames, groupMask, guaranteeType, eventDirection, rpcVersion) |
| Macro used to declare the implementation of an RPC method on a NetObject subclass. | |
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Value: TNL::NetClassRep* className::getClassRep() const { return &className::dynClassRep; } \ TNL::NetClassRepInstance<className> className::dynClassRep(#className, TNL::NetClassGroupGameMask, TNL::NetClassTypeObject, 0)
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Value: class RPCEV_##className##_##name : public TNL::NetObjectRPCEvent { \ public: \ TNL::FunctorDecl<void (className::*)args> mFunctorDecl;\ RPCEV_##className##_##name(TNL::NetObject *theObject = NULL) : TNL::NetObjectRPCEvent(theObject, guaranteeType, eventDirection), mFunctorDecl(&className::name##_remote) { mFunctor = &mFunctorDecl; } \ TNL_DECLARE_CLASS( RPCEV_##className##_##name ); \ bool checkClassType(TNL::Object *theObject) { return dynamic_cast<className *>(theObject) != NULL; } }; \ TNL_IMPLEMENT_NETEVENT( RPCEV_##className##_##name, groupMask, rpcVersion ); \ void className::name args { RPCEV_##className##_##name *theEvent = new RPCEV_##className##_##name(this); theEvent->mFunctorDecl.set argNames ; postRPCEvent(theEvent); } \ TNL::NetEvent * className::name##_construct args { RPCEV_##className##_##name *theEvent = new RPCEV_##className##_##name(this); theEvent->mFunctorDecl.set argNames ; return theEvent; } \ void className::name##_remote args The macro should be used in place of a member function parameter declaration, with the body code (to be executed on the remote side of the RPC) immediately following the TNL_IMPLEMENT_NETOBJECT_RPC macro call. |