ReplicatedAnalyzer.cc

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#include "art/Framework/Core/ReplicatedAnalyzer.h"
// vim: set sw=2 expandtab :

namespace art {

  ReplicatedAnalyzer::ReplicatedAnalyzer(fhicl::ParameterSet const& pset,
                                         ProcessingFrame const& frame)
    : Analyzer{pset}
    , EngineCreator{pset.get<std::string>("module_label"), frame.scheduleID()}
  {}

  std::unique_ptr<Worker>
  ReplicatedAnalyzer::doMakeWorker(WorkerParams const& wp)
  {
    return std::make_unique<WorkerT<ReplicatedAnalyzer>>(this, wp);
  }

  void
  ReplicatedAnalyzer::setupQueues(detail::SharedResources const&)
  {
    // For art 3.0, replicated modules will not have queues.
  }

  void
  ReplicatedAnalyzer::respondToOpenInputFileWithFrame(
    FileBlock const& fb,
    ProcessingFrame const& frame)
  {
    respondToOpenInputFile(fb, frame);
  }

  void
  ReplicatedAnalyzer::respondToCloseInputFileWithFrame(
    FileBlock const& fb,
    ProcessingFrame const& frame)
  {
    respondToCloseInputFile(fb, frame);
  }

  void
  ReplicatedAnalyzer::respondToOpenOutputFilesWithFrame(
    FileBlock const& fb,
    ProcessingFrame const& frame)
  {
    respondToOpenOutputFiles(fb, frame);
  }

  void
  ReplicatedAnalyzer::respondToCloseOutputFilesWithFrame(
    FileBlock const& fb,
    ProcessingFrame const& frame)
  {
    respondToCloseOutputFiles(fb, frame);
  }

  void
  ReplicatedAnalyzer::beginJobWithFrame(ProcessingFrame const& frame)
  {
    beginJob(frame);
  }

  void
  ReplicatedAnalyzer::endJobWithFrame(ProcessingFrame const& frame)
  {
    endJob(frame);
  }

  void
  ReplicatedAnalyzer::beginRunWithFrame(Run const& r,
                                        ProcessingFrame const& frame)
  {
    beginRun(r, frame);
  }

  void
  ReplicatedAnalyzer::endRunWithFrame(Run const& r,
                                      ProcessingFrame const& frame)
  {
    endRun(r, frame);
  }

  void
  ReplicatedAnalyzer::beginSubRunWithFrame(SubRun const& sr,
                                           ProcessingFrame const& frame)
  {
    beginSubRun(sr, frame);
  }

  void
  ReplicatedAnalyzer::endSubRunWithFrame(SubRun const& sr,
                                         ProcessingFrame const& frame)
  {
    endSubRun(sr, frame);
  }

  void
  ReplicatedAnalyzer::analyzeWithFrame(Event const& e,
                                       ProcessingFrame const& frame)
  {
    analyze(e, frame);
  }

  void
  ReplicatedAnalyzer::beginJob(ProcessingFrame const&)
  {}

  void
  ReplicatedAnalyzer::endJob(ProcessingFrame const&)
  {}

  void
  ReplicatedAnalyzer::respondToOpenInputFile(FileBlock const&,
                                             ProcessingFrame const&)
  {}

  void
  ReplicatedAnalyzer::respondToCloseInputFile(FileBlock const&,
                                              ProcessingFrame const&)
  {}

  void
  ReplicatedAnalyzer::respondToOpenOutputFiles(FileBlock const&,
                                               ProcessingFrame const&)
  {}

  void
  ReplicatedAnalyzer::respondToCloseOutputFiles(FileBlock const&,
                                                ProcessingFrame const&)
  {}

  void
  ReplicatedAnalyzer::beginRun(Run const&, ProcessingFrame const&)
  {}

  void
  ReplicatedAnalyzer::endRun(Run const&, ProcessingFrame const&)
  {}

  void
  ReplicatedAnalyzer::beginSubRun(SubRun const&, ProcessingFrame const&)
  {}

  void
  ReplicatedAnalyzer::endSubRun(SubRun const&, ProcessingFrame const&)
  {}

} // namespace art