Package net.simplace.pipe.processors

Klasse LoopSystemscenarioProcessor

java.lang.Object

net.simplace.pipe.control.FWProcessor

net.simplace.pipe.control.FWLoopProcessor

net.simplace.pipe.processors.LoopSystemscenarioProcessor

public final class LoopSystemscenarioProcessor
extends FWLoopProcessor

Looping processors are running a given Pipeline ${PipeID} several times. The number of loops is given by the central value (see parameterlist). Loops are separated by default (${separateLoops} (TRUE|FALSE)). For non separated loops all parameter values created in the pipeline process are written to parameter map. Within the looped pipeline you can finde the total run count ${runCount} and the run count ${Count} This looping processor takes the parameter in ${runCount} to get the number of loop couts pipeline. further parameter: ${startIndex} gives the first index of ${Count}-Parameter in looping pipeline. further parameter: ${other_SystemID} Loops over scenarios of the given System. further parameter: ${other_scenarioOID} Loops only once over given Scenario. further information: ${resultFolderMap} will contain resultFolders of the different scenarios which have been saved in each scenario within parameter resultFolder

Autor:

Andreas Enders

Feldübersicht

Von Klasse geerbte Felder net.simplace.pipe.control.FWLoopProcessor

iLoopCount, iLoopMap, iLoopPipeId, iSeparateRuns

Von Klasse geerbte Felder net.simplace.pipe.control.FWProcessor

iAllreadyLoopedCount, iContainer, iInObservable, iObservable, iProgressTasks

Konstruktorübersicht

Konstruktoren

Konstruktor	Beschreibung
LoopSystemscenarioProcessor()

Methodenübersicht

Modifizierer und Typ	Methode	Beschreibung
protected boolean	checkInParameterMap()	Can be overridden to perform semantic checks on the pipeline Input.
void	initLoop(Map<String,Object> aParameterMap)
protected boolean	interveneRunLoop(FWObservable aObservable)	overwrite this method to work on parameters before loop running
boolean	process()	Must be overridden to implement concrete pipe procedure.

Von Klasse geerbte Methoden net.simplace.pipe.control.FWLoopProcessor

checkOutParameterMap, clone, getLoopCount, getLoopMap, getLoopPipeID, runLoop

Von Klasse geerbte Methoden net.simplace.pipe.control.FWProcessor

containsParameter, createProcessor, createProcessor, fireTaskEvent, getAllStringInParameters, getConfiguration, getInitialParameters, getInParameter, getInParameter, getInParameters, getNewProgressTask, getOutParameter, getOutParameterKeys, getPipeLine, getProgressTask, getStringInParameter, getStringInParameter, getSystemID, hasConfiguration, isEndOfPipe, pipe, removeOutParameter, setConfiguration, setEndOfPipeFlag, setInitialParameters, setInParameterMap, setLoopedCount, setOutParameter, setStateOfTask, setStateProgressing, toXML

Von Klasse geerbte Methoden java.lang.Object

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

Konstruktordetails

LoopSystemscenarioProcessor

public LoopSystemscenarioProcessor()

Methodendetails

process

public boolean process()
                throws PipeLineException

Must be overridden to implement concrete pipe procedure.

Angegeben von:

process in Klasse FWProcessor

Gibt zurück:

success

Löst aus:

PipeLineException

interveneRunLoop

protected boolean interveneRunLoop(FWObservable aObservable)

Beschreibung aus Klasse kopiert: FWLoopProcessor

overwrite this method to work on parameters before loop running

Setzt außer Kraft:

interveneRunLoop in Klasse FWLoopProcessor

Parameter:

aObservable -

Gibt zurück:

success

checkInParameterMap

protected boolean checkInParameterMap()

Beschreibung aus Klasse kopiert: FWProcessor

Can be overridden to perform semantic checks on the pipeline Input.

Setzt außer Kraft:

checkInParameterMap in Klasse FWLoopProcessor

Gibt zurück:

true if not overridden by implementations

initLoop

public void initLoop(Map<String,Object> aParameterMap)

Setzt außer Kraft:

initLoop in Klasse FWLoopProcessor

Parameter:

aParameterMap -