trait InjectableTrafficNode[+C <: PacketInjectable] extends TrafficNode[C]
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- abstract def chainTo(path: Array[Int]): InjectableTrafficNode.this.type
- abstract val injectable: C
- Definition Classes
- TrafficNode
- abstract val persistenceConfig: PersistenceConfig
- Definition Classes
- TrafficNode
- abstract def preferPerformances(): Boolean
- returns
true if the current injection method is set to Performant
- abstract def setPerformantInjection(): InjectableTrafficNode.this.type
Sets the injection method for this injectable to "performant".
Sets the injection method for this injectable to "performant". Performant injection will perform packet injection in any order and asynchronously.
If the injectable is used to initialize something, the "performant" state should be avoided. Keep in mind that the persistence system is mutable. Thus, if any packet deserialization / serialization action is able to perform modifications on the GNOM set of an engine, the performant injection should also be avoided. However, for anything else that just needs speed (streaming etc), the performance state can be interesting.
- abstract def setSequentialInjection(): InjectableTrafficNode.this.type
Sets the injection method for this injectable to "sequential".
Sets the injection method for this injectable to "sequential". Sequential injection will perform packet injection in one thread, and ensure that the packets get deserialized and injected in the right order.
Should be used during initialization of anything, or if the packet discussion is able to produce boarding effect on the engines.
- abstract def unit(): InjectionProcessorUnit
Returns the used InjectionProcessorUnit.
Returns the used InjectionProcessorUnit. The InjectionProcessorUnit (or IPU) is used by the PacketTraffic to inject and trigger deserialization of a packet.
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- def chainIPU(trafficNode: TrafficNode[TrafficObject[TrafficReference]]): Unit
- def chainIPU(reference: TrafficObjectReference): InjectableTrafficNode.this.type
- def clone(): AnyRef
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