Package repast.simphony.engine.graph

Class NetworkTopologyExecutor

java.lang.Object

repast.simphony.engine.graph.AbstractGraphExecutor<Object>

repast.simphony.engine.graph.NetworkTopologyExecutor

All Implemented Interfaces:

Executor<GraphParams<Object>>, GraphExecutor<Object>

public class NetworkTopologyExecutor
extends AbstractGraphExecutor<Object>

Executor for NetworkTopologies. This validates nodes' execution by checking to make sure they are still connected.

Version:

$Revision: 1.1 $ $Date: 2005/12/21 22:25:34 $

Author:

Jerry Vos

Constructor Summary

Constructors

Constructor	Description
NetworkTopologyExecutor(ISchedule schedule, ScheduleParameters scheduleParams, Executor<Object> nodeExecutor, Network topology)	This is the same as NetworkTopologyExecutor(ISchedule, ScheduleParameters, new TopologyVisitor(topology), Executor, NetworkTopology).
NetworkTopologyExecutor(ISchedule schedule, ScheduleParameters baseParams, Traverser<Object> traverser, Executor<Object> nodeExecutor, Network topology)	Constructs this executor to execute using the given schedule and node execution parameters.

Method Summary

Modifier and Type	Method	Description
boolean	validateForExecution(GraphParams<Object> params)	Checks if two nodes are still connected with {@link NetworkTopology#areIncident(Object, Object).

Methods inherited from class repast.simphony.engine.graph.AbstractGraphExecutor

execute, getNextTime, getRootTime, getScheduleParameters

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

NetworkTopologyExecutor

public NetworkTopologyExecutor(ISchedule schedule,
                               ScheduleParameters baseParams,
                               Traverser<Object> traverser,
                               Executor<Object> nodeExecutor,
                               Network topology)

Constructs this executor to execute using the given schedule and node execution parameters. This class primarily is interested in the topology as it uses it for validation, the rest of the parameters are used by the super class.

Parameters:

schedule - the schedule to schedule itself with

baseParams - the parameters for the scheduling

traverser - the traverser for traversing the graph

nodeExecutor - the executor for executing nodes

topology - the topology to use to determine if nodes are connected

See Also:

AbstractGraphExecutor(ISchedule, ScheduleParameters, Traverser, Executor), validateForExecution(GraphParams)

NetworkTopologyExecutor

public NetworkTopologyExecutor(ISchedule schedule,
                               ScheduleParameters scheduleParams,
                               Executor<Object> nodeExecutor,
                               Network topology)

This is the same as NetworkTopologyExecutor(ISchedule, ScheduleParameters, new TopologyVisitor(topology), Executor, NetworkTopology).

Parameters:

schedule - the schedule to schedule itself with

baseParams - the parameters for the scheduling

nodeExecutor - the executor for executing nodes

topology - the topology to use to determine if nodes are connected

See Also:

#NetworkTopologyExecutor(ISchedule, ScheduleParameters, Traverser, Executor, NetworkTopology), AbstractGraphExecutor(ISchedule, ScheduleParameters, Traverser, Executor), validateForExecution(GraphParams)

Method Detail

validateForExecution

public boolean validateForExecution(GraphParams<Object> params)

Checks if two nodes are still connected with {@link NetworkTopology#areIncident(Object, Object).

Parameters:

params - the parameters used to get the current node and previous one

Returns:

if the two nodes are still connected according to the topology