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Uses of Class
MicroTAPAS.RequestPars

Packages that use RequestPars
MicroTAPAS   
MicroTAPAS.mobility   
MicroTester.v2_0   
 

Uses of RequestPars in MicroTAPAS
 

Methods in MicroTAPAS that return RequestPars
 RequestPars MicroApplicationActor.anyOtherRequestType(RequestPars pRP)
          Received request types that is not served through the 'applicationActorEntry()' method.
 

Methods in MicroTAPAS with parameters of type RequestPars
 RequestResult MicroPNESInterface.syncRequestFromPNES(RequestPars rpars)
           
 RequestResult MicroPNES.syncRequestFromCC(RequestPars rpars)
          Handles incomming requests from other nodes.
 RequestResult MicroPNES.syncRequestFromPNES(RequestPars rpars)
          Handles requests from PNES objects
 RequestResult MicroPNES.syncRequestFromActor(RequestPars rpars)
          Handles requests from Actor objects
private  MicroActor MicroPNES.actorCreate(RequestPars rpars)
          Creates one actor locally; director invokes this.
private  RequestResult MicroPNES.actorPlugIn(RequestPars rpars)
          Plugs in a new actor at this node.
private  RequestResult MicroPNES.actorChangeBehaviour(RequestPars rpars)
          Changes behaviour for a newly created actor.
private  RequestResult MicroPNES.actorPlugOut(RequestPars rpars)
          Remove an actor from the director's playing base
 RequestResult MicroPNES.sendToPNES(RequestPars rpars)
          Sends a RequestPars to any non-local PNES instance (there can be only one PNES per node)
private  RequestResult MicroPNES.actorDiscover(RequestPars pRP)
          Method to discover an actor
private  RequestResult MicroPNES.capabilitiyValidate(RequestPars rpars)
          Verifies that an actor's required capabilities are met prior to plugging in the new actor, or performing an actorChangeBehaviour.
private  CapabilitySet MicroPNES.getActorCapabilities(RequestPars pRP)
          Method to load an actor's required capabilities.
private  java.util.Hashtable MicroPNES.getActorProperties(RequestPars pRP)
          Method to load an actor's properties.
 RequestResult MicroDirectorActor.actorEntry(RequestPars pRP)
          Common entry point for all requests to an actor (called from PSS)
abstract  RequestResult MicroDirectorActor.directorActorEntry(RequestPars rp)
          Following method MUST be defined by the real director, else the real director will never be accessed.
 RequestResult MicroDirector1.sendToPNES(RequestPars pRP)
          Method to send requests to the parent entity.
 RequestResult MicroDirector1.directorActorEntry(RequestPars pRP)
          Entry point for Director from outside
private  RequestResult MicroDirector1.actorPlugOut(RequestPars pRP, GAI pActor)
          Constructs an ActorPlugOut request, sends it to PNES and does administration if PlugOut confirmed by Actor
 RequestResult MicroApplicationActor.actorEntry(RequestPars pRP)
          Common enrty point of ApplicationActors to invoke some activity from outside
abstract  RequestResult MicroApplicationActor.applicationActorEntry(RequestPars pRP)
          This is the ONLY entry to application part of actors in addition to "subscribeReport()" and "anyOtherRequestType()".
 RequestPars MicroApplicationActor.anyOtherRequestType(RequestPars pRP)
          Received request types that is not served through the 'applicationActorEntry()' method.
protected  RequestResult MicroApplicationActor.requestToActor(RequestPars pRP)
          Common method for most types of requests from actors to other actors
 RequestResult MicroActorInterface.actorEntry(RequestPars rp)
          Common enrty point of Actors to invoke some activity from outside the Actors
 RequestResult ComCenter.send(RequestPars rp)
          Main method for outgoing requests
 RequestResult CapabilitySet.validateRequiredCaps(RequestPars pRP)
          This method compares the offered capabilities (this set), with the capabilities required by an actor.
 RequestResult ActorDummy.applicationActorEntry(RequestPars pRP)
           
 

Uses of RequestPars in MicroTAPAS.mobility
 

Methods in MicroTAPAS.mobility with parameters of type RequestPars
 RequestResult Node.addActor(RequestPars pRP)
          Adds an actor (really ActorPlugInReq) to to the actor register.
 RequestResult Node.removeActor(RequestPars pRP)
          Removes a previously added actor from the actor registry.
abstract  RequestResult MobilitySupportActor.mobilityActorEntry(RequestPars rp)
          Method to access/control child objects.
 RequestResult MobilitySupportActor.actorEntry(RequestPars rp)
          Common enrty point of this actor to invoke some activity from outside
protected  RequestResult MobilitySupportActor.requestToActor(RequestPars pRP)
          Common method for most types of requests from actors to other actors
 RequestResult MobilityRegistryManager.mobilitySync(RequestPars rp)
          Method to handle mobility synchronization:
-ASSIGNED_UPDATE handles the update of the assigned address registry.
 RequestResult MobilityRegistryManager.actorDiscovery(RequestPars rp)
          This method discovers an actor in the registry.
 RequestResult MobilityRegistryManager.mmDiscovery(RequestPars rp)
          Discovers a MobilityManager (searches only local registry).
 RequestResult MobilityRegistryManager.nodeDiscovery(RequestPars rp)
          Handles incomming NodeDiscovery requests from foreign MM's.
 RequestResult MobilityRegistryManager.actorRegister(RequestPars rp)
          Registers an actor with the actor's node registry.
 RequestResult MobilityRegistryManager.actorRegisterCancel(RequestPars rp)
          Removes an actor from the registry.
 RequestResult MobilityRegistryManager.actorRegisterMove(RequestPars pRP)
          Method to delete an actor entry in the actor registry when an actor has moved to a different node.
private  RequestResult MobilityRegistryManager.assignedUpdate(RequestPars rp)
          Updates the local assigned address registry, and returns a Hashtable containing those addresses the sender did not have in its request.
private  RequestResult MobilityRegistryManager.forwardUpdate(RequestPars rp)
          Updates the local forward address registry, and returns a Hashtable containing those addresses the sender did not have in its request.
private  RequestResult MobilityRegistryManager.performActorUpdate(RequestPars pRP)
          Relays a request to all the registered MM's in the network.
private  RequestResult MobilityRegistryManager.addressUpdate(RequestPars rp, java.util.Hashtable reg)
          Performs a update on a address registry by comparing addresses received from foreign MM by locally registered ones and add those that are missing locally.
 RequestResult MobilityManager1.mobilityActorEntry(RequestPars pRP)
          Common enrty point of this actor to invoke some activity from outside
private  RequestResult MobilityManager1.handleActorMove(RequestPars pRP)
          Handles an actor move request.
abstract  RequestResult MobilityApplicationActor.mobilityActorEntry(RequestPars rp)
          Common entry point for all actors who subclass this class.
 RequestResult MobilityApplicationActor.applicationActorEntry(RequestPars pRP)
          Common entry point for all actors of this type
 RequestResult MobilityAgent1.mobilityActorEntry(RequestPars pRP)
          Common enrty point of this actor to invoke some activity from outside
 

Uses of RequestPars in MicroTester.v2_0
 

Methods in MicroTester.v2_0 with parameters of type RequestPars
 RequestResult MicroTesterServer.mobilityActorEntry(RequestPars rp)
          Common entry point for all MobilityApplicationActors.
private  void MicroTesterServer.handleAction(RequestPars pRP)
          This is the main behaviour definition for this actor.
 RequestResult MicroTesterBase.mobilityActorEntry(RequestPars rp)
          Common entry point for all mobile application actors
private  RequestResult MicroTesterBase.stateTransition(RequestPars pRP)
          This is the main behaviour definition for this actor.
 

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The Telematics Architecture for Plug-and-Play Systems (TAPAS) is a research project undertaken by the Norwegian University of Science and Technology's Telematics department which aims at developing an architecture for network-based service systems with a) flexibility and adaptability, b) robustness and survivability, and c) QoS awareness and resource control.

More information can be found at the project's homepage at http://tapas.item.ntnu.no and the project manager, Professor Finn Arve Aagesen, can be reached at finn.arve.aagesen@item.ntnu.no.