Class DispatcherJMVAschema

java.lang.Object
jmva.engine.DispatcherJMVAschema
public class DispatcherJMVAschema extends Object

Name: DispatcherJMVAschema

Description: Receives the absolute path of a xml file which describes the model using the JMTmodel.xsd schema. This file is converted into another xml file in order to be passed to the simulator. The simulation results, at the end, are converted and are inserted in the original file.

Date: 13-lug-2006 Time: 11.15.47

Version:
2.0
Author:
Stefano Omini, Bertoli Marco

  • Constructor Details

    • DispatcherJMVAschema

      public DispatcherJMVAschema(String absolutePath)
      This constructor receives the absolute path of the xml file containing the model to be solved. The model must be described using the JMTmodel.xsd schema
      Parameters:
      absolutePath - absolute path of the xml file containing the model to be solved

    • DispatcherJMVAschema

      public DispatcherJMVAschema(File model)
      This constructor receives the absolute path of the xml file containing the model to be solved. The model must be described using the JMTmodel.xsd schema
      Parameters:
      model - the xml file containing the model to be solved

  • Method Details

    • automaticSimulationSeed

      public void automaticSimulationSeed()
      By invoking this method, simulation will generate a random simulation seed

    • setSimulationSeed

      public void setSimulationSeed(long seed)
      Specifies the seed to be used in the simulation.
      Parameters:
      seed - the simulation seed

    • setDeleteIntermediateFiles

      public void setDeleteIntermediateFiles(boolean deleteIntermediateFiles)
      Determine whether the intermediate files must be deleted or not.
      Parameters:
      deleteIntermediateFiles - if true, intermediate files will be deleted

    • solveModel

      public boolean solveModel()

    • getTransformedModel

      public ExactModel getTransformedModel(String inputModel, String outputModel)
      Transforms model using new Java class to perform transformation instead of old bugged XSLT transformer. Avoid to measure elements with null service demand.
      Parameters:
      inputModel - input model in exact solver format
      outputModel - output model in simulator format
      Returns:
      open analytical.ExactModel or null if an error occurred

    • solveModelNewTransform

      public boolean solveModelNewTransform()
      Solves model using new Java class to perform transformation instead of old bugged XSLT transformer. Avoid to measure elements with null service demand.
      Returns:
      true if model was solved correctly, false otherwise.

    • checkSimProgress

      public double checkSimProgress()
      allows to know the state of simulation
      Returns:
      the percentage of progress (= number of computed confidence intervals / total number of required confidence intervals)

    • refreshTempMeasures

      public void refreshTempMeasures()
      Pauses the simulation, refreshes temp measures and then restarts simulation

    • getTempMeasures

      public TempMeasure[] getTempMeasures()
      gets the temp measures
      Returns:
      the temp measure

    • abortAllMeasures

      public boolean abortAllMeasures()

    • abortMeasure

      public boolean abortMeasure(int index)

    • printTempMeasures

      public void printTempMeasures()
      Prints on System.out the temp values of measures that have not finished yet

    • checkProcessingCapacity

      public boolean checkProcessingCapacity()
      A system is said to have sufficient capacity to process a given load lambda if no service center is saturated as a result of the combined loads of all the open classes.
      WARNING: This method should be called before solving the system.
      Returns:
      true if sufficient capacity exists for the given workload, false otherwise

    • setValidate

      public void setValidate(boolean validate)
      Sets if parser must validate
      Parameters:
      validate - true if parser must validate, false otherwise

    • removeNullMeasures

      protected void removeNullMeasures(ExactModel input, CommonModel output)
      Removes all null measures from output model. A null measure is a measure from a class with 0 service demand at a station. Removed measures are stored to be later restored.
      Parameters:
      input - input JMVA model
      output - output JSIM model

    • addNullMeasuresCorrectThroughputs

      protected void addNullMeasuresCorrectThroughputs(ExactModel input, Document output)
      Adds all removed null measures to output document
      Parameters:
      input - input exactmodel
      output - output document