athenaHLT Namespace Reference

Classes
class	MyHelp

Functions
str	arg_sor_time (s)
	The following arg_* methods are used as custom types in argparse.
	arg_detector_mask (s)
	arg_ros2rob (s)
	arg_log_level (s)
	arg_eval (s)
	check_args (parser, args)
	update_pcommands (args, cdict)
	update_run_params (args, flags)
	update_trigconf_keys (args, flags)
	update_nested_dict (d, u)
	HLTMPPy_cfgdict (args)
	main ()

Variables
	log = logging.getLogger('athenaHLT')

Detailed Description

date"

# defaults
export USETCMALLOC=1
export USEIMF=1

# parse command line arguments
for a in ${@}
do
    case "$a" in
        --stdcmalloc)    USETCMALLOC=0;;
        --tcmalloc)      USETCMALLOC=1;;
        --stdcmath)      USEIMF=0;;
        --imf)           USEIMF=1;;
        --preloadlib*)   export ATHENA_ADD_PRELOAD=${a#*=};;
        --no-ers-signal-handlers)  export TDAQ_ERS_NO_SIGNAL_HANDLERS=1;;
    esac
done

# Do the actual preloading via LD_PRELOAD
source `which athena_preload.sh `

# Now resurrect ourselves as python script
python_path=`which python`
"exec" "$python_path" "-tt" "$0" "$@";

Function Documentation

arg_detector_mask()

athenaHLT.arg_detector_mask

(

s

)

Convert detector mask to format expected by eformat

Definition at line 70 of file athenaHLT.py.

def arg_detector_mask(s):
   """Convert detector mask to format expected by eformat"""
   if s=='all':
      return 'f'*32
   dmask = hex(int(s,16))                                    # Normalize input to hex-string
   dmask = dmask.lower().replace('0x', '').replace('l', '')  # remove markers
   return '0' * (32 - len(dmask)) + dmask                    # (pad with 0s)
 

arg_eval()

athenaHLT.arg_eval

(

s

)

Argument handler for python types (list, dict, ...)

Definition at line 103 of file athenaHLT.py.

def arg_eval(s):
   """Argument handler for python types (list, dict, ...)"""
   return ast.literal_eval(s)
 

arg_log_level()

athenaHLT.arg_log_level

(

s

)

Argument handler for log levels

Definition at line 97 of file athenaHLT.py.

def arg_log_level(s):
   """Argument handler for log levels"""
   lvls = s.split(',')
   if len(lvls)==1: lvls.append('ERROR')
   return lvls
 

arg_ros2rob()

athenaHLT.arg_ros2rob

(

s

)

Handle an explicit dictionary or read it from a file

Definition at line 78 of file athenaHLT.py.

def arg_ros2rob(s):
   """Handle an explicit dictionary or read it from a file"""
   try:
      with open(s) as f:
         s = f.read()  # If file exists, replace ros2rob with content of the file
         print("Reading ros2rob from a file")
   except IOError:
      pass
 
   try:
      ros2robdict = arg_eval(s)
      if type(ros2robdict) is not dict:
         raise(ValueError)
      return ros2robdict
   except Exception:
      sys.stderr.write("ERROR! ros2rob cannot be evaluated as it is not a proper python dictionary: {}\n".format(s))
      sys.stderr.write("Using empty ros2rob dictionary instead\n")
      return {}
 

arg_sor_time()

str athenaHLT.arg_sor_time

(

s

)

The following arg_* methods are used as custom types in argparse.

Convert possible SOR time arguments to an OWLTime compatible string

Definition at line 63 of file athenaHLT.py.

def arg_sor_time(s) -> str:
   """Convert possible SOR time arguments to an OWLTime compatible string"""
   fmt = '%d/%m/%y %H:%M:%S.%f'
   if s=='now':        return dt.now().strftime(fmt)
   elif s.isdigit():   return dt.fromtimestamp(float(s)/1e9).strftime(fmt)
   else:               return s
 

check_args()

athenaHLT.check_args	(		parser,
			args )

Consistency check of command line arguments

Definition at line 107 of file athenaHLT.py.

def check_args(parser, args):
   """Consistency check of command line arguments"""
 
   if not args.jobOptions and not args.use_database:
      parser.error("No job options file specified")
 
   # Due to missing per-worker dirs this is not supported (ATR-19462)
   if args.perfmon and args.oh_monitoring and args.nprocs>1:
      parser.error("--perfmon cannot be used with --oh-monitoring and --nprocs > 1")
 
   if not args.file and not args.dump_config_exit:
      parser.error("--file is required unless using --dump-config-exit")
 
   if args.use_crest and not args.use_database:
      parser.error("--use-database is required when using --use-crest")
 

HLTMPPy_cfgdict()

athenaHLT.HLTMPPy_cfgdict

(

args

)

Create the configuration dictionary as expected by HLTMPPy as defined in
https://gitlab.cern.ch/atlas-tdaq-software/HLTMPPU/blob/master/python/HLTMPPy/runner.py

Definition at line 197 of file athenaHLT.py.

def HLTMPPy_cfgdict(args):
   """Create the configuration dictionary as expected by HLTMPPy as defined in
   https://gitlab.cern.ch/atlas-tdaq-software/HLTMPPU/blob/master/python/HLTMPPy/runner.py"""
 
   cdict = {}
   # Composing unique application name from hostname, PID, and timestamp. See ATR-31976 
   host = os.uname().nodename.split('.')[0]
   pid = os.getpid()
   ts = dt.now().strftime('%Y%m%dT%H%M%S.%f')[:-3]
   cdict['HLTMPPU'] = {
      'application_name' : 'athenaHLT-%s-%d-%s' % (host, pid, ts),
      'extra_params' : ["dumpFDs=1", "dumpThreads=1"] if args.debug_fork else None,
      'interactive' : args.interactive,
      'log_root' : os.getcwd(),
      'log_name' : ('' if args.unique_log_files else 'athenaHLT:'),
      'module' : 'HLTMPPU',
      'num_forks' : args.nprocs,
      'num_threads' : args.threads,
      'num_slots' : args.concurrent_events,
      'partition_name' : args.partition,
      'hard_timeout' : args.timeout,
      'soft_timeout_fraction' : 0.95,
      'hltresultSizeMb': args.hltresult_size
   }
   if args.debug:
      cdict['HLTMPPU']['debug'] = args.debug
   if args.script_after_fork:
      cdict['HLTMPPU']['scriptAfterFork'] = args.script_after_fork
 
   if args.file:
      cdict['datasource'] = {
         'module': 'dffileds',
         'dslibrary': 'DFDcmEmuBackend',
         'compressionFormat': 'ZLIB',
         'compressionLevel': 2,
         'file': args.file,
         'loopFiles': args.loop_files,
         'numEvents': args.number_of_events,
         'outFile': args.save_output,
         'preload': False,
         'extraL1Robs': args.extra_l1r_robs,
         'skipEvents': args.skip_events
      }
   else:
      cdict['datasource'] = {'module': 'dcmds'}
 
   cdict['global'] = {
      'date': args.sor_time,
      'detector_mask': args.detector_mask,
      'log_root': cdict['HLTMPPU']['log_root'],
      'options_file': None,
      'partition_name': args.partition,
      'ros2robs': args.ros2rob,
      'run_number': args.run_number,
      'save_options': None,
      'solenoid_current': 7730,
      'toroid_current': 20400,
      'schema_files': ['Larg.LArNoiseBurstCandidates.is.schema.xml'],
      'with_infrastructure': args.oh_monitoring
   }
 
   if not args.file:
      cdict['global']['trigger_type'] = ''
      cdict['global']['detector_mask'] = 'f'*32
      cdict['global']['beam_type'] = 0
      cdict['global']['beam_energy'] = 0
      cdict['global']['T0_project_tag'] = ''
 
   if args.oh_monitoring:
      cdict['monitoring'] = {
         'module': 'monsvcis',
         'library': 'MonSvcInfoService',
         'ISInterval': 10,
         'ISRegex': '.*',
         'ISServer': '${TDAQ_IS_SERVER=DF}',
         'ISSlots': 1,
         'OHInterval': args.oh_interval,
         'OHInclude': '.*',
         'OHExclude': '',
         'OHServerName': 'HLT-Histogramming',
         'OHSlots': 5
      }
 
   cdict['trigger'] = {
      'library': ['TrigPSC'],
      'joType' : args.joboptionsvc_type,
      'msgType' : args.msgsvc_type
   }
   if not args.use_database:
      cdict['trigger'].update({
         'module': 'joboptions',
         'joFile': args.jobOptions,
         'SMK': None,
         'l1PSK': None,
         'l1BG': 0,
         'l1MenuConfig': 'DB',
         'precommand' : args.precommand,
         'postcommand' : args.postcommand,
         'logLevels' : args.log_level
      })
      # Python bootstrap depending on file type
      cdict['trigger']['pythonSetupFile'] = 'TrigPSC.TrigPSCPythonDbSetup' if \
         args.jobOptions.endswith('.json') else 'TrigPSC.TrigPSCPythonCASetup'
 
   else:
      if args.use_crest:
         crestconn: str | None = TriggerCrestUtil.getCrestConnection(args.db_server)
         dbalias: str = f"{args.crest_server}/{crestconn}"
      else:
         dbalias = args.db_server
      cdict['trigger'].update({
         'module': 'DBPython',
         'pythonSetupFile' : 'TrigPSC.TrigPSCPythonDbSetup',
         'db_alias': dbalias,
         'coral_server': args.db_server,
         'use_coral': True,
         'crest_server': args.crest_server,
         'use_crest': args.use_crest,
         'SMK': args.smk,
         'l1PSK': args.l1psk,
         'HLTPSK': args.hltpsk,
         'l1BG': 0,
         'l1MenuConfig': 'DB',
         'precommand' : args.precommand,
         'postcommand' : args.postcommand,
         'logLevels' : args.log_level
      })
 
   return cdict
 
 

main()

athenaHLT.main

(

)

Definition at line 343 of file athenaHLT.py.

def main():
   parser = argparse.ArgumentParser(prog='athenaHLT.py', formatter_class=
                                    lambda prog : argparse.ArgumentDefaultsHelpFormatter(prog, max_help_position=32, width=100),
                                    usage = '%(prog)s [OPTION]... -f FILE jobOptions',
                                    add_help=False)
   parser.expert_groups = []   # Keep list of expert option groups
 
   
   g = parser.add_argument_group('Options')
   g.add_argument('jobOptions', nargs='?', help='job options, CA module or JSON file')
   g.add_argument('--threads', metavar='N', type=int, default=1, help='number of threads')
   g.add_argument('--nprocs', metavar='N', type=int, default=1, help='number of children to fork')
   g.add_argument('--concurrent-events', metavar='N', type=int, help='number of concurrent events if different from --threads')
   g.add_argument('--log-level', '-l', metavar='LVL', type=arg_log_level, default='INFO,ERROR', help='OutputLevel of athena,POOL')
   g.add_argument('--precommand', '-c', metavar='CMD', action='append', default=[],
                  help='Python commands executed before job options or database configuration')
   g.add_argument('--postcommand', '-C', metavar='CMD', action='append', default=[],
                  help='Python commands executed after job options or database configuration')
   g.add_argument('--interactive', '-i', action='store_true', help='interactive mode')
   g.add_argument('--help', '-h', nargs='?', choices=['all'], action=MyHelp, help='show help')
 
   g = parser.add_argument_group('Input/Output')
   g.add_argument('--file', '--filesInput', '-f', action='append', help='input RAW file')
   g.add_argument('--save-output', '-o', metavar='FILE', help='output file name')
   g.add_argument('--number-of-events', '--evtMax', '-n', metavar='N', type=int, default=-1, help='processes N events (<=0 means all)')
   g.add_argument('--skip-events', '--skipEvents', '-k', metavar='N', type=int, default=0, help='skip N first events')
   g.add_argument('--loop-files', action='store_true', help='loop over input files if no more events')
 
   
   g = parser.add_argument_group('Performance and debugging')
   g.add_argument('--debug', '-d', nargs='?', const='child', choices=['parent','child'],
                  help='attach debugger (to child by default)')
   g.add_argument('--script-after-fork', metavar='CMD', help='Execute a command after forking. The command has to be in the'
                  ' form "whichProc:cmd" where whichProc is one of [mother,firstFork,allForks] and cmd can contain a format'
                  ' string {pid} which will be replaced with the PID of the corresponding process (mother or fork).')
   g.add_argument('--perfmon', action='store_true', help='enable PerfMon')
   g.add_argument('--tcmalloc', action='store_true', default=True, help='use tcmalloc')
   g.add_argument('--stdcmalloc', action='store_true', help='use stdcmalloc')
   g.add_argument('--stdcmath', action='store_true', help='use stdcmath library')
   g.add_argument('--imf', action='store_true', default=True, help='use Intel math library')
   g.add_argument('--show-includes', '-s', action='store_true', help='show printout of included files')
   g.add_argument('--timeout', metavar='MSEC', default=60*60*1000, help='timeout in milliseconds')
 
   
   g = parser.add_argument_group('Database')
   g.add_argument('--use-database', '-b', action='store_true',
                  help='configure from trigger database, reading keys from conditions DB if not specified')
   g.add_argument('--db-server', metavar='DB', default='TRIGGERDB_RUN3', help='DB server name')
   g.add_argument('--use-crest', action='store_true', help='Use Crest when reading the trigger configuration')
   g.add_argument('--crest-server', help='Crest server for reading trigger configuration, if not specified it uses the one that is used for condition access')
   g.add_argument('--smk', type=int, default=None, help='Super Master Key')
   g.add_argument('--l1psk', type=int, default=None, help='L1 prescale key')
   g.add_argument('--hltpsk', type=int, default=None, help='HLT prescale key')
   g.add_argument('--dump-config', action='store_true', help='Dump joboptions JSON file')
   g.add_argument('--dump-config-exit', action='store_true', help='Dump joboptions JSON file and exit')
 
   
   g = parser.add_argument_group('Online Histogramming')
   g.add_argument('--oh-monitoring', '-M', action='store_true',
                  help='enable OH monitoring')
   g.add_argument('--oh-interval', metavar='SEC', type=int, default=5,
                  help='seconds between histogram publications.')
 
   
   g = parser.add_argument_group('Conditions')
   g.add_argument('--run-number', '-R', metavar='RUN', type=int,
                  help='run number (if None, read from first event)')
   g.add_argument('--lb-number', '-L', metavar='LBN', type=int,
                  help='lumiblock number (if None, read from first event)')
   g.add_argument('--sor-time', type=arg_sor_time,
                  help='The Start Of Run time. Three formats are accepted: '
                  '1) the string "now", for current time; '
                  '2) the number of nanoseconds since epoch (e.g. 1386355338658000000 or int(time.time() * 1e9)); '
                  '3) human-readable "20/11/18 17:40:42.3043". If not specified the sor-time is read from the conditions DB')
   g.add_argument('--detector-mask', metavar='MASK', type=arg_detector_mask,
                  help='detector mask (if None, read from the conditions DB), use string "all" to enable all detectors')
 
   
   g = parser.add_argument_group('Expert')
   parser.expert_groups.append(g)
   g.add_argument('--joboptionsvc-type', metavar='TYPE', default='TrigConf::JobOptionsSvc', help='JobOptionsSvc type')
   g.add_argument('--msgsvc-type', metavar='TYPE', default='TrigMessageSvc', help='MessageSvc type')
   g.add_argument('--partition', '-p', metavar='NAME', default='athenaHLT', help='partition name')
   g.add_argument('--no-ers-signal-handlers', action='store_true', help='disable ERS signal handlers')
   g.add_argument('--preloadlib', metavar='LIB', help='preload an arbitrary library')
   g.add_argument('--unique-log-files', '-ul', action='store_true', help='add pid/timestamp to worker log files')
   g.add_argument('--debug-fork', action='store_true', help='Dump open files/threads during forking')
   g.add_argument('--hltresult-size', metavar='MB', type=int, default=10, help='Maximum HLT result size in MB')
   g.add_argument('--extra-l1r-robs', metavar='ROBS', type=arg_eval, default=[],
                  help='List of additional ROB IDs that are considered part of the L1 result and passed to the HLT')
   g.add_argument('--ros2rob', metavar='DICT', type=arg_ros2rob, default={},
                  help='Either a string in the form of python dictionary that contains ros-rob mappings '
                  'or a file path that contains such string. For example, /path/to/rosmap.txt or '
                  '{"ROS0":[0x11205,0x11206],"ROS1":[2120005,2120006]}')
   g.add_argument('--cfgdict', metavar='DICT', type=arg_eval, default={},
                  help='HLTMPPy config dictionary with additional options, e.g.: '
                  '--cfgdict \'{"global": {"log_root" : "/tmp"}}\'')
 
   (args, unparsed_args) = parser.parse_known_args()
   check_args(parser, args)
 
   # set ROOT to batch mode (ATR-21890)
   from ROOT import gROOT
   gROOT.SetBatch()
 
   # set default OutputLevels and file inclusion
   import AthenaCommon.Logging
   AthenaCommon.Logging.log.setLevel(getattr(logging, args.log_level[0]))
   AthenaCommon.Logging.log.setFormat("%(asctime)s  Py:%(name)-31s %(levelname)7s %(message)s")
   if args.show_includes:
      from AthenaCommon.Include import include
      include.setShowIncludes( True )
 
   # consistency checks for arguments
   if not args.concurrent_events:
      args.concurrent_events = args.threads
 
   if args.loop_files and args.number_of_events<0:
      log.warning("Looping over files without specifying number of events will run forever!")
 
   # interactive mode only becomes active after python configuration/reload:
   if args.interactive and not (args.use_database or args.jobOptions.endswith('.json')):
      args.interactive = False
 
   # Update args and set athena flags
   from TrigPSC import PscConfig
 
   # Extra Psc configuration
   from TrigPSC.PscDefaultFlags import defaultOnlineFlags
   flags = defaultOnlineFlags()
   
   log.info(f"Using Crest for trigger configuration: {args.use_crest}")
   if args.use_crest:
      flags.Trigger.useCrest = True
      if args.crest_server:
         flags.Trigger.crestServer = args.crest_server
      else:
         args.crest_server = flags.Trigger.crestServer
 
   update_run_params(args, flags)
   
   if args.use_database:
      # If HLTPSK was given on the command line, we ignore what is stored in the conditions DB
      PscConfig.forcePSK = (args.hltpsk is not None)
      # We always read the keys corresponding to the run/LB in the first file
      update_trigconf_keys(args, flags)
 
   # get HLTMPPY config dictionary
   cdict = HLTMPPy_cfgdict(args)
 
   # Apply any expert-level overrides
   update_nested_dict(cdict, args.cfgdict)
 
   # Modify pre/postcommands if necessary
   update_pcommands(args, cdict)
 
   # Fill flags from command line (if not running from DB/JSON):
   if not args.use_database and not args.jobOptions.endswith('.json'):
      PscConfig.unparsedArguments = unparsed_args
      for flag_arg in unparsed_args:
         flags.fillFromString(flag_arg)
 
   PscConfig.interactive = args.interactive
   PscConfig.exitAfterDump = args.dump_config_exit
 
   flags.PerfMon.doFastMonMT = args.perfmon
   flags.Trigger.Online.useOnlineTHistSvc = args.oh_monitoring
 
   # Run HLTMPPU
   from HLTMPPy.runner import runHLTMPPy
   runHLTMPPy(cdict)
 
 

update_nested_dict()

athenaHLT.update_nested_dict	(		d,
			u )

Update nested dictionary (https://stackoverflow.com/q/3232943)

Definition at line 188 of file athenaHLT.py.

def update_nested_dict(d, u):
   """Update nested dictionary (https://stackoverflow.com/q/3232943)"""
   for k, v in u.items():
      if isinstance(v, collections.abc.Mapping):
         d[k] = update_nested_dict(d.get(k, {}), v)
      else:
         d[k] = v
   return d
 

update_pcommands()

athenaHLT.update_pcommands	(		args,
			cdict )

Apply modifications to pre/postcommands

Definition at line 123 of file athenaHLT.py.

def update_pcommands(args, cdict):
   """Apply modifications to pre/postcommands"""
 
   if args.run_number is not None:
      cdict['trigger']['precommand'].append('_run_number=%d' % args.run_number)
   if args.lb_number is not None:
      cdict['trigger']['precommand'].append('_lb_number=%d' % args.lb_number)
 

update_run_params()

athenaHLT.update_run_params	(		args,
			flags )

Update run parameters from file or conditions DB

Definition at line 131 of file athenaHLT.py.

def update_run_params(args, flags):
   """Update run parameters from file or conditions DB"""
 
   if (args.run_number and not args.lb_number) or (not args.run_number and args.lb_number):
      log.error("Both or neither of the options -R (--run-number) and -L (--lb-number) have to be specified")
 
   if args.run_number is None and args.file:
      from eformat import EventStorage
      dr = EventStorage.pickDataReader(args.file[0])
      args.run_number = dr.runNumber()
      args.lb_number = dr.lumiblockNumber()
 
   sor_params: dict[str, Any] | None = None
   if (args.sor_time is None or args.detector_mask is None) and args.run_number is not None:
      if flags.Trigger.useCrest:
         sor_params = AthHLT.get_eor_params_crest(args.run_number, flags.Trigger.crestServer)
      else:
         sor_params = AthHLT.get_sor_params(args.run_number)
      log.debug('SOR parameters: %s', sor_params)
      if sor_params is None:
         log.error("Run %d does not exist. If you want to use this run-number specify "
                   "remaining run parameters, e.g.: --sor-time=now --detector-mask=all", args.run_number)
         sys.exit(1)
 
   if args.sor_time is None and sor_params is not None:
      args.sor_time = arg_sor_time(str(sor_params['SORTime']))
 
   if args.detector_mask is None and sor_params is not None:
      dmask = sor_params['DetectorMask']
      if args.run_number < AthHLT.CondDB._run2:
         dmask = hex(dmask)
      args.detector_mask = arg_detector_mask(dmask)
 

update_trigconf_keys()

athenaHLT.update_trigconf_keys	(		args,
			flags )

Update trigger configuration keys

Definition at line 164 of file athenaHLT.py.

def update_trigconf_keys(args, flags):
   """Update trigger configuration keys"""
 
   if args.smk is None or args.l1psk is None or args.hltpsk is None:
      if flags.Trigger.useCrest:
         log.info("Reading trigger configuration keys from CREST for run %s", args.run_number)
         trigconf = AthHLT.get_trigconf_keys_crest(args.run_number, args.lb_number, flags.Trigger.crestServer)      
         log.info(f"Retrived these trigger keys from CREST: {trigconf}")
      else:
         log.info("Reading trigger configuration keys from COOL for run %s", args.run_number)
         trigconf = AthHLT.get_trigconf_keys(args.run_number, args.lb_number)
         log.info(f"Retrived these trigger keys from COOL: {trigconf}")
 
      try:
         if args.smk is None:
            args.smk = trigconf['SMK']
         if args.l1psk is None:
            args.l1psk = trigconf['LVL1PSK']
         if args.hltpsk is None:
            args.hltpsk = trigconf['HLTPSK']
      except KeyError:
         log.error("Cannot read trigger configuration keys from the conditions database for run %d", args.run_number)
         sys.exit(1)
 

Variable Documentation

log

athenaHLT.log = logging.getLogger('athenaHLT')

Definition at line 58 of file athenaHLT.py.