public class StepCounter extends SinkAdapter
| Constructor and Description |
|---|
StepCounter()
Default constructor.
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| Modifier and Type | Method and Description |
|---|---|
static int |
countStepInFile(String path)
Count step contains in a file.
|
int |
getStepCount()
Get the step count.
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void |
reset()
Reset the step count to zero.
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void |
stepBegins(String sourceId,
long timeId,
double time)
Since dynamic graphs are based on discrete event modifications, the
notion of step is defined to simulate elapsed time between events.
|
edgeAdded, edgeAttributeAdded, edgeAttributeChanged, edgeAttributeRemoved, edgeRemoved, graphAttributeAdded, graphAttributeChanged, graphAttributeRemoved, graphCleared, nodeAdded, nodeAttributeAdded, nodeAttributeChanged, nodeAttributeRemoved, nodeRemovedpublic static int countStepInFile(String path) throws IOException
path - path to the fileIOExceptionFileSourceFactorypublic void reset()
public int getStepCount()
public void stepBegins(String sourceId, long timeId, double time)
ElementSinkSince dynamic graphs are based on discrete event modifications, the notion of step is defined to simulate elapsed time between events. So a step is a event that occurs in the graph, it does not modify it but it gives a kind of timestamp that allow the tracking of the progress of the graph over the time.
This kind of event is useful for dynamic algorithms that listen to the dynamic graph and need to measure the time in the graph's evolution.
stepBegins in interface ElementSinkstepBegins in class SinkAdaptersourceId - Identifier of the graph where the step starts.timeId - A numerical value that may give a timestamp to track the
evolution of the graph over the time.Copyright © 2015. All rights reserved.