/**
* sets begin and end time of experiment, create cmds command "createSimTimeBounds" and starts
* experiment
*
* @param exp
* @param begin
* @param end
* @param timezone
* @param initSpeed
*/
public void experimentStart(Experiment exp, double initSpeed) {
this.experiment = exp;
if (this.experiment == null) throw new SimulationException("Experiment-Parameter is null");
if (this.experimentEnd != null) this.experiment.stop(this.experimentEnd);
Command c;
try {
c = Command.getCommandInit("createSimTimeBounds", this.getAnimationTimeInit());
c.addParameter("Begin", Long.toString(this.getAnimationTimeInit()));
if (exp.getStopTime() != null)
c.addParameter("End", Long.toString(this.getAnimationTime(exp.getStopTime())));
c.addParameter("TimeZone", this.timezone.getID());
c.addParameter("Speed", Double.toString(initSpeed));
c.setRemark("erzeugt in CmdGeneration.experimentStart");
this.checkAndLog(c);
this.write(c);
} catch (CommandException e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
this.initPhase = false;
System.out.println("cmdGen: begin of Experiment");
this.experiment.start(this.experimentBegin);
System.out.println("cmdGen: End of Experiment");
}
public static void main(String[] args) throws Exception {
Experiment.setCoroutineModel(CoroutineModel.FIBERS);
final Server server = new Server(args.length > 0 ? Integer.parseInt(args[0]) : 8080);
server.setHandler(new ServerMain());
server.start();
server.join();
}
@Override
public void lifeCycle() throws SuspendExecution {
final Experiment exp = this.getModel().getExperiment();
final File fileResults = new File(exp.getOutputPath(), exp.getName() + "plotResults.csv");
final File fileBoard = new File(exp.getOutputPath(), exp.getName() + "plotBoard.csv");
try (CsvWriter wResults = new CsvWriter(new FileWriter(fileResults));
CsvWriter wBoard = new CsvWriter(new FileWriter(fileBoard))) {
wResults.addNumericAttribute(TIME);
wResults.addNumericAttribute(STARTED_STORIES);
wResults.addNumericAttribute(FINISHED_STORIES);
wResults.addNumericAttribute(ISSUES_FOUND_BY_CUSTOMER);
wBoard.addNumericAttribute(TIME);
wBoard.addNumericAttribute(OPEN_STORY_TASKS);
wBoard.addNumericAttribute(OPEN_ISSUEFIX_TASKS);
wBoard.addNumericAttribute(TASKS_READY_FOR_REVIEW);
wBoard.addNumericAttribute(TASKS_WITH_REVIEW_REMARKS);
while (true) {
final Map<String, Object> dataResults = new HashMap<>();
dataResults.put(TIME, this.presentTime().getTimeAsDouble(TimeUnit.HOURS));
dataResults.put(STARTED_STORIES, this.getModel().getStartedStoryCount());
dataResults.put(FINISHED_STORIES, this.getModel().getFinishedStoryCount());
dataResults.put(ISSUES_FOUND_BY_CUSTOMER, this.getModel().getIssueCountFoundByCustomers());
wResults.writeTuple(dataResults);
wResults.flush();
final Map<String, Object> dataBoard = new HashMap<>();
dataBoard.put(TIME, this.presentTime().getTimeAsDouble(TimeUnit.HOURS));
dataBoard.put(OPEN_STORY_TASKS, this.getBoard().countOpenStoryTasks());
dataBoard.put(OPEN_ISSUEFIX_TASKS, this.getBoard().countOpenIssuefixTasks());
dataBoard.put(TASKS_READY_FOR_REVIEW, this.getBoard().countTasksReadyForReview());
dataBoard.put(TASKS_WITH_REVIEW_REMARKS, this.getBoard().countTasksWithReviewRemarks());
wBoard.writeTuple(dataBoard);
wBoard.flush();
this.hold(new TimeSpan(16, TimeUnit.HOURS));
}
} catch (final IOException e) {
throw new RuntimeException(e);
}
}
/**
* the experiment name should be EXPERIMENT.SCENARIO in the jbpm simulation enviroment. Isolate
* the scenario here, to be less verbose in reports.
*/
private String getScenarioName(Experiment experiment) {
if (experiment.getName() != null && experiment.getName().indexOf(".") > -1)
return experiment.getName().substring(experiment.getName().indexOf(".") + 1);
else return experiment.getName();
}