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Uses of Class
MicroTAPAS.MicroActor

Packages that use MicroActor
MicroTAPAS   
MicroTAPAS.mobility   
MicroTester.v2_0   
 

Uses of MicroActor in MicroTAPAS
 

Subclasses of MicroActor in MicroTAPAS
 class ActorDummy
           
 class MicroApplicationActor
          Superclass for mobility application actors, interfaces TAPAS support functions
 class MicroDirector1
          Implementation of a Director for MicroTAPAS Dynamic Basic Support.
 class MicroDirectorActor
          Practically empty or transparent class, same role for Directors as ApplicationActor for Applications.
 

Methods in MicroTAPAS that return MicroActor
private  MicroActor MicroPNES.actorCreate(RequestPars rpars)
          Creates one actor locally; director invokes this.
 MicroActor MicroActorManager.actorRemove(java.lang.String key)
          Removes actors from this manager
 MicroActor MicroActorManager.actorGet(GAI keyGAI)
          Get actors from this manager
 

Methods in MicroTAPAS with parameters of type MicroActor
 int MicroActorManager.actorPut(MicroActor actor)
          Saves actors in this manager
 

Uses of MicroActor in MicroTAPAS.mobility
 

Subclasses of MicroActor in MicroTAPAS.mobility
 class MobilityAgent1
           
 class MobilityApplicationActor
          This abstract class adds a layer of mobility to the actor hierarchy
 class MobilityManager1
          This class implements specialized functionality for handling Mobility Management tasks.
(package private)  class MobilitySupportActor
          This is an abstract class to contain all the common functionality for the MobilityManager and MobilityAgent classes.
 

Uses of MicroActor in MicroTester.v2_0
 

Subclasses of MicroActor in MicroTester.v2_0
 class MicroTester1
           
 class MicroTester2
           
(package private)  class MicroTesterBase
           
 class MicroTesterServer
           
 

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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.