process TEST = {

  source = PoolSource {
       untracked vstring fileNames = {
        "file:./mtcc.root"
       }
  }

  untracked PSet maxEvents = {untracked int32 input = 100000}

# Specify the output file for the reconstructed events.
  module out = PoolOutputModule {
    untracked string fileName ="eventsOutput.root"
  }

# These are some useful utilities.
  service = Timing { }
  service = SimpleMemoryCheck { }

# specify the data unpacker, which makes the digis
  module cscunpacker = CSCDCCUnpacker {
    untracked bool Debug = false
    untracked bool PrintEventNumber = true
    FileInPath theMappingFile = "CondFormats/CSCObjects/data/csc_slice_test_map.txt"
    untracked bool UseExaminer = true
    untracked uint32 ErrorMask = 0xDFCFEFFF 
    untracked uint32 ExaminerMask = 0x7FB7BF6
    InputTag InputObjects = source
    untracked bool UnpackStatusDigis = false
    untracked bool isMTCCData = false
  }

# These are some geometry modules needed for recHits and segments
# (I'm not sure what to do about the magnetic field.)
  include "Geometry/MuonCommonData/data/muonIdealGeometryXML.cfi"
  include "Geometry/CSCGeometry/data/cscGeometry.cfi"
# include "MagneticField/Engine/data/volumeBasedMagneticField.cfi"

  es_module = MuonNumberingInitialization { }


# Specify the recHit reconstruction routine.
# The first file sets default paramters.
  include "RecoLocalMuon/CSCRecHit/data/csc2DRecHits.cfi"

# Specify the segment reconstruction routine.
  include "RecoLocalMuon/CSCSegment/data/CSCSegmentAlgorithmSK.cfi"
  include "RecoLocalMuon/CSCSegment/data/CSCSegmentAlgorithmTC.cfi"
  module segmentproducer = CSCSegmentProducer {
    InputTag inputObjects = csc2DRecHits
# Name of RecHitProducer producer module(s)...
    string CSCRecHit2DProducer = "csc2DRecHits"
# Choice of the building algo: 1 SK, 2 TC...
    int32 algo_type = 1  
    VPSet algo_psets = {
       {using CSCSegAlgoSK}, {using CSCSegAlgoTC}
    }
  }

# Finally, specify my user analysis package !
module mine = myRoutines{
    untracked bool writeAsciiFiles = false
    untracked string rootFileName = 'monHists.root' 
}

# Here is the path of modules for the analysis of a single event:
path p = {cscunpacker, csc2DRecHits, segmentproducer, mine}

# Specify the output:
#	endpath e = {out}

}