How to use

edu.cmu.lti.oaqa.ecd.BaseExperimentBuilder

constructor

public ECDDriver(String resource, String uuid) throws Exception {
 TypeSystemDescription typeSystem = TypeSystemDescriptionFactory.createTypeSystemDescription();
 this.builder = new BaseExperimentBuilder(uuid, resource, typeSystem);
 this.config = builder.getConfiguration();
}

public static void runPipeline(String pipelinePath, String datasetName, String sequenceId,
    String question, String outputXmiPath) throws Exception {
 String uuid = UUID.randomUUID().toString();
 TypeSystemDescription typeSystem = TypeSystemDescriptionFactory.createTypeSystemDescription();
 ExperimentBuilder builder = new BaseExperimentBuilder(uuid, pipelinePath, typeSystem);
 AdHocDriver driver = new AdHocDriver(builder);
 AdHocSource source = new BaseAdHocSource() {
  public void publish(String quuid, String question) throws InterruptedException {
   DataElement result = new DataElement(datasetName, sequenceId, question, quuid);
   getReader().putQuestion(result);
  }
 };
 XmiPrintCallbackListener callback = new XmiPrintCallbackListener(new File(outputXmiPath));
 AdHocCollectionReader reader = driver.setupAndRun(source, callback);
 String quuid = UUID.randomUUID().toString();
 source.publish(quuid, question);
 callback.await();
 reader.shutdown();
}

public AsyncDriver(String resource, String uuid, OpMode op) throws Exception {
 this.opMode = op;
 this.localConfig = ConfigurationLoader.load(resource);
 if (opMode == OpMode.PRODUCER || opMode == OpMode.REPORT) {
  resource += "-producer";
  this.config = ConfigurationLoader.load(resource);
 } else {
  resource += "-consumer";
  this.config = ConfigurationLoader.load(resource);
 }
 TypeSystemDescription typeSystem = TypeSystemDescriptionFactory.createTypeSystemDescription();
 this.builder = new BaseExperimentBuilder(uuid, resource, typeSystem);
 this.asyncConfig = builder.initializeResource(config, "async-configuration",
     AsyncConfiguration.class);
}