def split_data(files, robset, output_dir):
events = eformat.istream(files)
logging.info("Reading %d event(s) from file '%s' and dumping to %d files." %
(len(events), os.path.basename(files), len(robset)))
# out will contain a stream to all possible ROB ids.
out = {}
for r in robset:
out[r] = eformat.ostream(directory=output_dir, core_name='0x%08X' % r)
for ife in events:
toc = {}
for k in ife.toc(): toc[k.key()] = k.data()
model = toc[toc.keys()[0]] #gets the first rob as a model for the others
diff = robset.difference(toc.keys())
for source_id in diff: toc[source_id] = None
for source_id, ostream in out.iteritems():
ostream.write(surround_with_fullevent(toc[source_id], ife))
sys.stdout.write('.')
sys.stdout.flush()
sys.stdout.write('\n')
sys.stdout.flush()
# we return a map with the list of files generated.
retval = {}
for rob_id, ostr in out.iteritems(): retval[rob_id] = ostr.last_filename()
return retval
def test02_WriteReadMany(self):
# For this test we use a trick from the library.
# We write each time the same event with changed
# L1 identifiers only.
out = eformat.ostream()
event = eformat.write.FullEventFragment()
event.lvl1_id(0x53)
out.write(event)
event.lvl1_id(0x7)
out.write(event)
event.lvl1_id(0x22)
out.write(event)
outfile = out.last_filename()
del out
input = eformat.istream(outfile)
self.assertEqual(3, len(input))
read = []
for e in input: read.append(e)
self.assertEqual(read[0].lvl1_id(), 0x53)
self.assertEqual(read[1].lvl1_id(), 0x7)
self.assertEqual(read[2].lvl1_id(), 0x22)
self.assertEqual(read[0].checksum(), True)
self.assertEqual(read[1].checksum(), True)
self.assertEqual(read[2].checksum(), True)
os.unlink(outfile)
def main():
from optparse import OptionParser
import os
log.basicConfig(level=log.DEBUG, format='%(levelname)s %(message)s')
parser = OptionParser(description=__doc__, usage='%prog infile outfile')
(opt, args) = parser.parse_args()
if len(args) != 2:
parser.print_help()
return 1
bsfile = eformat.istream([args[0]])
ostr = eformat.ostream()
for event in bsfile:
ro_event = modify(event)
rw_event = eformat.write.FullEventFragment(ro_event)
ostr.write(rw_event)
if ostr:
storage_filename = ostr.last_filename()
del ostr # makes sure we flush all buffers
os.rename(storage_filename, args[1])
return
def test02_header_access(self):
cpu_time_used = 0
validation = 0
events_read = 0
robs_read = 0
for e in eformat.istream([INPUT]):
tmp = 0
start = time.time()
for r in e:
tmp += r.rod_lvl1_id()
robs_read += 1
cpu_time_used += time.time() - start
start = time.time()
e.check_tree()
validation += time.time() - start
events_read += 1
cpu_time_used *= 1000
print " Statistics for (python) ROB header access:"
print " ------------------------------------------"
print " - Total reading time: %.2e millisecs" % cpu_time_used
print " - Reading time per ROB (%d): %.2e microsecs" % \
(robs_read, 1000*cpu_time_used/robs_read)
print " - Validation per event (after header access): %2.e millisecs" % \
(1000*validation/events_read)
def my_dump(bsfile):
"""Runs the dumping routines"""
# open a file
print "=" * 100
print "Opening", bsfile
events = {}
input = eformat.istream(bsfile)
subdet = eformat.helper.SubDetector.TDAQ_EVENT_FILTER if opt.ef else eformat.helper.SubDetector.TDAQ_LVL2
for event in input:
ev = (event.global_id(), event.lvl1_id())
chains = {}
for f in event.children():
if f.source_id().subdetector_id() == subdet:
res.load(f)
chains_data = list(res.getChainResult())
#nchains = chains_data[0]
for c in chains_data[1:]:
chain = HLTChain(c)
chains[chain.getChainCounter()] = chain.isPrescaled()
break
events[ev] = chains
output = file(opt.pickle, "w")
cPickle.dump(events, output)
output.close()
def form_rod():
m=roses(0)
print_roses(m)
counter = 1
#istr = eformat.istream('data10_7TeV.00167661.physics_Egamma.daq.RAW._lb0000._SFO-1._0001.data')
#istr = eformat.istream('data11_cos.00178514.physics_CosmicCalo.daq.RAW._lb0026._SFO-5._0001.data')
#istr = eformat.istream('data11_7TeV.00177682.physics_EnhancedBias.daq.RAW._lb0550._SFO-4._0001.data')
istr = eformat.istream([
'data11_7TeV.00177682.physics_Egamma.daq.RAW._lb0566._SFO-11._0001.data',
])
output = eformat.ostream()
for e in istr:
# take one rob to help build virtual robs
newevent= eformat.write.FullEventFragment(e)
for ros_id,list_robs_ids in m.iteritems():
if True:
payload=[0]
DSPmode=0
count_rob=0
list_robs = e.children()
arob = eformat.write.ROBFragment()
found_any=False
for rob in list_robs:
if rob.source_id() in list_robs_ids:
arob=rob
found_any=True
source_id = int(rob.source_id())
[feb1_ff,ex1,ey1,ez1,feb2_ff,ex2,ey2,ez2,DSPfirmware] = extract_febinfo(rob)
if ( DSPfirmware > 0 ) : DSPmode=DSPfirmware
sume1=ex1+ey1;
sume2=ex2+ey2;
payload.append(feb1_ff)
payload.append(ex1)
payload.append(ey1)
payload.append(ez1)
payload.append(sume1)
payload.append(feb2_ff)
payload.append(ex2)
payload.append(ey2)
payload.append(ez2)
payload.append(sume2)
count_rob=count_rob+1
payload[0] = (count_rob | 0xa<<16)
if found_any:
newrob=eformat.write.ROBFragment(arob)
newrob.source_id(eformat.helper.SourceIdentifier(ros_id) )
newrob.minor_version(12)
newrob.rod_minor_version(12)
newrob.rod_data(payload)
newrob.status([])
newevent.append(newrob)
output.write(newevent)
print 'show counter = ', counter
if ( counter == -1 ):
break
counter = counter+1
def test04_CanRetrieveSliceFields(self):
input = eformat.istream(INPUT)
for event in input:
status = event.status()
ef_info = event.event_filter_info()
stream_tag = event.stream_tag()
del event
self.assertEqual(type(status), eformat.u32slice)
def test01_WriteCompressedFile(self):
ins = eformat.istream(INPUT)
out = eformat.compstream(compression=eformat.EventStorage.CompressionType.ZLIB)
for e in ins:
out.write(e)
fname = out.last_filename()
del out
os.rename(fname,OUTPUT)
def test03_CanRetrieveSimpleFields(self):
input = eformat.istream(INPUT)
for event in input:
lvl1_id = event.lvl1_id()
checksum_type = event.checksum_type()
header_size = event.header_size_word()
self.assertEqual(type(event.source_id()), eformat.helper.SourceIdentifier)
self.assertEqual(type(event.run_type()), eformat.helper.RunType)
self.assertEqual(type(event.version()), eformat.helper.Version)
def test04_WriteReadBrokenNormally(self):
rodData = [1,2,3,4,5,6]
rodStatus = [7,8,9,10,11,12,13,14,15]
sid_rob = eformat.helper.SourceIdentifier(eformat.helper.SubDetector.TDAQ_LVL2, 0x1)
rob = eformat.write.ROBFragment()
rob.source_id(sid_rob)
rob.rod_status(rodStatus)
rob.rod_data(rodData)
# now we do some screw-up on these data
serial_rob = rob.__raw__()
serial_rob[-1] = 0
serial_rob[-2] = 0
serial_rob[-3] = 0
for k in range(len(serial_rob)):
if serial_rob[k] == eformat.helper.HeaderMarker.ROD: serial_rob[k] = 0
test_this = eformat.write.ROBFragment(eformat.ROBFragment(serial_rob))
event = eformat.write.FullEventFragment()
event.append(test_this) #appends unchecked ROB
event.append(rob) #appends checked ROB
event.checksum_type(eformat.helper.CheckSum.ADLER32)
out = eformat.ostream()
out.write(event)
outfile = out.last_filename()
del out #so we close the file
input = eformat.istream(outfile)
self.assertEqual(1, len(input))
read = input[0] #there should be only one
self.assertEqual(read.nchildren(), 2)
self.assertEqual(len(read), len(event))
self.assertEqual(read.checksum(), True)
self.assertEqual(event, read)
# truncated ROD shall not cause a failure
self.assertEqual(read.check_tree_noex(), True)
# make sure the ROB is still bad
self.assertEqual(read[0].check_noex(), False) # bad ROB
self.assertEqual(read[0].check_rod_noex(), False) # bad ROB
self.assertEqual(read[0].check_rob_noex(), True) # bad ROB
# retrieve ROB problems
self.assertEqual(read[0].problems(),
[eformat.helper.FragmentProblem.WRONG_ROD_MARKER, eformat.helper.FragmentProblem.WRONG_ROD_FRAGMENT_SIZE])
# compare the damaged ROB and the one serialized word after word
self.assertEqual(serial_rob, read[0].__raw__())
os.unlink(outfile)
def test03_WriteReadBroken(self):
rodData = [1,2,3,4,5,6]
rodStatus = [7,8,9,10,11,12,13,14,15]
sid_rob = eformat.helper.SourceIdentifier(eformat.helper.SubDetector.TDAQ_LVL2, 0x1)
rob = eformat.write.ROBFragment()
rob.source_id(sid_rob)
rob.rod_status(rodStatus)
rob.rod_data(rodData)
# now we do some screw-up on these data
serial_rob = rob.__raw__()
serial_rob[-1] = 0
serial_rob[-2] = 0
serial_rob[-3] = 0
test_this = eformat.ROBFragment(serial_rob)
# if it pass this point, we have a damaged ROB
self.assertRaises(RuntimeError, test_this.check)
self.assertRaises(RuntimeError, test_this.check_rod)
self.assertEqual(test_this.check_rob(), True)
event = eformat.write.FullEventFragment()
event.append_unchecked(test_this) #appends unchecked ROB
event.append(rob) #appends checked ROB
event.checksum_type(eformat.helper.CheckSum.ADLER32)
out = eformat.ostream()
out.write(event)
outfile = out.last_filename()
del out #so we close the file
input = eformat.istream(outfile)
self.assertEqual(1, len(input))
read = input[0] #there should be only one
self.assertEqual(read.checksum(), True)
self.assertEqual(event, read)
#check_tree should not fail for a truncated ROD fragment
self.assertEqual(read.check_tree(), True)
self.assertEqual(read.check_tree_noex(), True)
# make sure the ROB is still bad
self.assertRaises(RuntimeError, read[1].check) # bad ROB
self.assertEqual(read[1].check_noex(), False) # bad ROB
self.assertRaises(RuntimeError, read[1].check_rod) # bad ROB
self.assertEqual(read[1].check_rod_noex(), False) # bad ROB
self.assertEqual(read[1].check_rob_noex(), True) # bad ROB
# compare the damaged ROB and the one serialized word after word
self.assertEqual(serial_rob, read[1].__raw__())
os.unlink(outfile)
def dbgPostRun(inputFileList, outputFileList):
msg.info('Running debug_stream analysis PostRun operations on files :{0} '.
format(inputFileList))
msg.info(
'Running debug_stream analysis PostRun, histogram output in :{0} '.
format(outputFileList))
total = 0
#open root output file
out_file = outputFileList[0]
hfile = TFile(out_file, 'UPDATE')
#inicialize dbgEventInfo, this is the main event analysis class
eventInfo = dbgEventInfo("_Pos", inputFileList.value[0])
data = []
l1Info = []
hltInfo = []
relInfo = str()
for inputFile in inputFileList.value:
if not os.path.isfile(inputFile):
msg.error('No BS file created with file name :{0} '.format(
inputFileList))
continue
bsfile = eformat.istream(inputFile)
events = len(bsfile)
total += events
n = 0
isFirstEvent = True
for event in bsfile:
# if fist event get l1 and hlt counter and chain info from DB or XML file
if isFirstEvent:
#e = bsfile[0]
l1Info, hltInfo, relInfo = TriggerDBInfo(event.run_no())
isFirstEvent = False
n += 1
if n < 5:
data = [
event.run_no(),
event.lumi_block(),
event.global_id(),
event.lvl1_id(),
event.bc_time_seconds(),
event.bc_time_nanoseconds()
]
msg.info('Event details :{0}'.format(data))
#Run debug event analysis and fill output TTree
eventInfo.event_count(event)
eventInfo.event_info(event, l1Info, hltInfo)
eventInfo.fillTree()
#close output TFile
hfile.Write()
hfile.Close()
msg.info('Finished running debug_stream analysis PostRun operations')
def dbgPreRun(inputFileList,outputFileList):
msg.info('Running debug_stream analysis PreRun operations on files :{0} '.format(inputFileList))
msg.info('Running debug_stream analysis PreRun, histogram output in :{0} '.format(outputFileList))
total = 0
#open root output file
out_file = outputFileList[0]
hfile = TFile( out_file , 'RECREATE' )
#inicialize dbgEventInfo, this is the main event analysis class
eventInfo = dbgEventInfo("_Pre",inputFileList.value[0])
data = []
l1Info = []
hltInfo = []
relInfo = str()
runInfo = 0
for inputFile in inputFileList.value:
bsfile = eformat.istream(inputFile)
events = len(bsfile)
total += events
n = 0
isFirstEvent = True
for event in bsfile:
# if fist event get l1 and hlt counter and chain info from DB or XML file
if isFirstEvent:
if event.run_no() == 0 : runInfo = int(inputFile.split(".")[1])
else : runInfo = event.run_no()
#e = bsfile[0]
l1Info, hltInfo, relInfo = TriggerDBInfo(runInfo)
isFirstEvent = False
#runInfo.append(relInfo)
n += 1
if n < 5:
data = [event.run_no(),event.lumi_block(),event.global_id(),event.lvl1_id(),event.bc_time_seconds(),event.bc_time_nanoseconds()]
msg.info('Event details :{0}'.format(data))
#Run debug event analysis and fill output TTree
eventInfo.event_count(event)
eventInfo.event_info(event, l1Info, hltInfo)
eventInfo.fillTree()
#close output TFile
hfile.Write()
hfile.Close()
#Release format should be good, if relInfo is 'uknown' then print this error
if not re.match(r'(\d+\.{0,1})+$',relInfo):
msg.error('Not able to find release from DB (or it was badly formatted), release : %s' % relInfo )
msg.error('Problem with DB configuration in COOL DB, most likely during data-taking' )
msg.info('Finished running debug_stream analysis PreRun operations')
#returns the local asetupString from runs in input files and to be used by asetup
return getAsetupString(relInfo)
def ReplaceMUCTPI(input_file, output_file):
input = eformat.istream([input_file])
dr = EventStorage.pickDataReader(input_file)
output = eformat.ostream(core_name="subset",
run_number=dr.runNumber(),
trigger_type=dr.triggerType(),
detector_mask=dr.detectorMask(),
beam_type=dr.beamType(),
beam_energy=dr.beamEnergy())
for event in input:
output.write(modify(event))
tmp_file_name = output.last_filename()
del output
os.rename(tmp_file_name, output_file)
def my_conf(argv):
"""Runs the merging routines"""
import eformat, logging
import EventApps.myopt as myopt
option = {}
option['output'] = {'short': 'o', 'arg': True,
'default': '',
'description': 'Filename of the output file'}
option['verbosity'] = {'short': 'V', 'arg': True,
'default': logging.INFO,
'description': 'From which level to print system messag es [%d, %d]. For details please consult the documentation of python\'s "logging" module' % (logging.NOTSET, logging.CRITICAL)}
parser = myopt.Parser(extra_args=True)
for (k,v) in option.items():
parser.add_option(k, v['short'], v['description'], v['arg'], v['default'])
if len(sys.argv) == 1:
print parser.usage('global "%s" options:' % sys.argv[0])
sys.exit(1)
#process the global options
(kwargs, extra) = parser.parse(sys.argv[1:], prefix='global "%s" options:' % sys.argv[0])
#now the things which require global defaults
logging.getLogger('').setLevel(kwargs['verbosity'])
stream = eformat.istream(extra)
ostream = eformat.ostream()
total = 0
for e in stream:
ostream.write(e)
sys.stdout.write('.')
sys.stdout.flush()
total += 1
sys.stdout.write('\n')
sys.stdout.flush()
oname = ostream.last_filename()
if len(kwargs['output']) != 0:
del ostream
os.rename(oname, kwargs['output'])
oname = kwargs['output']
logging.info('Wrote %d events in %s\n' % (total, oname))
sys.exit(0)
def test01_WriteReadOne(self):
rodData = [1,2,3,4,5,6]
rodStatus = [7,8,9,10,11,12,13,14,15]
lvl2Info = [16, 17]
efInfo = [18]
status = [19,20,21]
stream = []
for i in range(5):
a = eformat.helper.StreamTag()
a.name = 'Name-%d' % i
a.type = 'calibration'
a.obeys_lumiblock = bool(i % 3)
if i==3:
a.robs.append(0xff)
if i==5:
a.dets.append(eformat.helper.SubDetector.TDAQ_BEAM_CRATE)
stream.append(a)
sid_rob = eformat.helper.SourceIdentifier(eformat.helper.SubDetector.TDAQ_LVL2, 0x1)
rob = eformat.write.ROBFragment()
rob.source_id(sid_rob)
rob.rod_status(rodStatus)
rob.rod_data(rodData)
event = eformat.write.FullEventFragment()
event.append(rob)
event.lvl2_trigger_info(lvl2Info)
event.event_filter_info(efInfo)
event.status(status)
event.stream_tag(stream)
event.checksum_type(eformat.helper.CheckSum.ADLER32)
out = eformat.ostream()
out.write(event)
outfile = out.last_filename()
del out #so we close the file
input = eformat.istream(outfile)
self.assertEqual(1, len(input))
read = input[0] #there should be only one
self.assertEqual(event, read)
self.assertEqual(read.checksum(), True)
os.unlink(outfile)
def my_dump(argv):
"""Runs the dumping routines"""
import EventApps.myopt as myopt
import eformat, logging
import eformat.dump
option = {}
option['start-event'] = {'short': 'a', 'arg': True,
'default': 0,
'description': 'The number of events I should skip from the begin'}
option['number-of-events'] = {'short': 'n', 'arg': True,
'default': 0,
'description': 'The number of events to dump/analyze (0 means all)'}
option['output'] = {'short': 'o', 'arg': True,
'default': '',
'description': 'The output file to use'}
option['verbosity'] = {'short': 'v', 'arg': True,
'default': 2,
'description': 'Up to which level to dump (0, 1, 2)'}
option['debug'] = {'short': 'd', 'arg': True,
'default': logging.INFO,
'description': 'Up to which level to print debug messages (0, 1, 2, 3)'}
parser = myopt.Parser(extra_args=True)
for (k,v) in option.items():
parser.add_option(k, v['short'], v['description'], v['arg'], v['default'])
if len(sys.argv) == 1:
print parser.usage('global "%s" options:' % sys.argv[0])
sys.exit(1)
#process the global options
(kwargs, extra) = parser.parse(sys.argv[1:], prefix='global "%s" options:' % sys.argv[0])
#now the things which require global defaults
logging.getLogger('').setLevel(kwargs['debug'])
#os.environ['TDAQ_ERS_DEBUG_LEVEL'] = str(kwargs['debug'])
stream = eformat.istream(extra)
if kwargs['verbosity'] > 0:
eformat.dump.event_callback.append(('.+', eformat.dump.fullevent_handler))
if kwargs['verbosity'] > 1:
eformat.dump.rob_callback.append(('.+', eformat.dump.rob_handler))
eformat.dump.dump(stream, kwargs['start-event'], kwargs['number-of-events'])
sys.exit(0)
def calculate_robset(files):
"""Given a list of input files, generate a python set of ROB identifiers.
The generated list is like a logical union of all available ROB identifiers
on all files.
keyword parameters:
files -- A python list of file names
"""
retval = set()
for ife in eformat.istream(files):
retval = retval.union([k.key() for k in ife.toc()])
sys.stdout.write('.')
sys.stdout.flush()
sys.stdout.write('\n')
return retval
def my_conf(argv):
"""Runs the checking routines"""
import eformat, logging
import EventApps.myopt as myopt
option = {}
option['verbosity'] = {'short': 'V', 'arg': True,
'default': logging.INFO,
'description': 'From which level to print system messag es [%d, %d]. For details please consult the documentation of python\'s "logging" module' % (logging.NOTSET, logging.CRITICAL)}
parser = myopt.Parser(extra_args=True)
for (k,v) in option.items():
parser.add_option(k, v['short'], v['description'], v['arg'], v['default'])
if len(sys.argv) == 1:
print parser.usage('global "%s" options:' % sys.argv[0])
sys.exit(1)
#process the global options
(kwargs, extra) = parser.parse(sys.argv[1:], prefix='global "%s" options:' % sys.argv[0])
#now the things which require global defaults
logging.getLogger('').setLevel(kwargs['verbosity'])
stream = eformat.istream(extra)
#reading will check the events in the stream...
logging.info('Checking %d fragment(s)' % len(stream))
for e in stream:
if not e.check_noex():
logging.warn("Skipping event %d because it is *invalid*: %s" % \
(e.lvl1_id(), [str(k) for k in e.problems()]))
continue
sys.stdout.write('.')
sys.stdout.flush()
for rob in e:
if not rob.check_noex():
logging.warn("rob 0x%08x (%s) of event %d is *invalid*: %s" % \
(rob.source_id().code(), rob.source_id(), e.lvl1_id(),
[str(k) for k in rob.problems()]))
if not rob.checksum():
logging.warn("rob 0x%08x (%s) of event %d does not checksum" % \
(rob.source_id().code(),rob.source_id(),e.lvl1_id()))
sys.stdout.write('\n')
def dump_events_with_long_roi_frag():
import sys
import eformat
import libpyevent_storage as EventStorage
fname='data15_cos.00262656.debug_DcmL1IdMismatchError.daq.RAW._lb0000._SFO-1._0001.data'
streamT = eformat.istream(fname)
sid=eformat.helper.SourceIdentifier(0x910081)
events=[ (eventT.header(),eventT.payload()) for eventT in streamT if len((eventT.find(sid)).rod_data())==14 ]
f=open('evdump.txt','w')
f.write('header:\n')
for w in events[0][0]:
f.write('0x%08x\n' % w)
f.write('payload:\n')
for w in events[0][1]:
f.write('0x%08x\n' % w)
f.close()
def test01_data_read(self):
cpu_time_used = 0
elements_read = 0
robs_read = 0
for e in eformat.istream([INPUT]):
tmp = 0
start = time.time()
for r in e:
data = r.rod_data()
tmp += sum(data)
elements_read += len(data)
robs_read += 1
cpu_time_used += time.time() - start
print " Statistics for (python) ROB data access:"
print " ----------------------------------------"
print " - Total reading time: %.2e seconds" % cpu_time_used
print " - Reading time per ROB (%d): %.2e millisecs" % \
(robs_read, 1000*cpu_time_used/robs_read)
print " - Reading time per data word in a ROB (%d): %.2e microsecs" % \
(elements_read, 1000000*cpu_time_used/elements_read)
def dump_info(bsfile, args):
log.info('Opening %s', bsfile)
input = eformat.istream(bsfile)
offset = args.skip if args.skip else 0
max_events = min(args.events, len(input)) if args.events else len(input)
event_count = 0
events = []
# Loop over events
for event in input:
event_count += 1
if event_count <= offset:
continue
if event_count > offset+max_events:
break
events.append(event)
# Print header info
print('{sep:s} Event: {:{width}d}, {:s} {sep:s}'.format(
event_count, header_info(event),
sep='='*20, width=len(str(max_events))))
# Print L1/L2/HLT bits
if args.l1:
print(lvl1_bits(event))
if args.l2:
print(hlt_bits(event, l2=True))
if args.ef:
print(hlt_bits(event))
# Print Stream Tags
if args.stag:
print(stream_tags(event))
# HLT Result
if args.efres or args.sizes:
print(hlt_result(event, args.sizes))
# Size summary (after the loop over events)
if args.sizeSummary:
print(size_summary(events))
def main():
import argparse
parser = argparse.ArgumentParser(description=__doc__)
parser.add_argument('file', metavar='FILE', nargs=1, help='input file')
parser.add_argument('-o',
'--output',
type=str,
help='output base file name')
parser.add_argument('-n',
'--events',
type=int,
default=-1,
help='number of events to process')
parser.add_argument('-r', '--runNumber', type=int, help='set run number')
parser.add_argument(
'-l',
'--eventsPerLB',
type=int,
help='increment lumiblock number in steps [%(default)s]')
parser.add_argument('--firstLB',
type=int,
default=1,
help='first lumiblock number [%(default)s]')
parser.add_argument(
'--incLB',
type=int,
default=1,
help='increment steps for lumiblock number [%(default)s]')
parser.add_argument('-t',
'--timestamp',
type=int,
help='set timestamp in seconds [%(default)s]')
parser.add_argument('--removeRobs',
metavar='PATTERN',
type=str,
help='regex for removing specific ROB IDs')
args = parser.parse_args()
Config.firstLB = Store.currentLB = args.firstLB
Config.incLB = args.incLB
Config.eventsPerLB = args.eventsPerLB
Config.runNumber = args.runNumber
Config.bc_sec = args.timestamp
log.info('Opening file %s', args.file[0])
dr = eformat.EventStorage.pickDataReader(args.file[0])
ostr = eformat.ostream(core_name=args.output or dr.fileNameCore(),
run_number=Config.runNumber or dr.runNumber(),
trigger_type=dr.triggerType(),
detector_mask=dr.detectorMask(),
beam_type=dr.beamType(),
beam_energy=dr.beamEnergy())
bsfile = eformat.istream([args.file[0]])
i = 0
for event in bsfile:
i += 1
if args.events > 0 and i > args.events:
break
ro_event = modify(event)
if args.removeRobs:
rw_event = eformat.write.FullEventFragment(
ro_event, re.compile(args.removeRobs))
else:
rw_event = eformat.write.FullEventFragment(ro_event)
ostr.write(rw_event)
return
def _process_bs_file (self, fname, evtmax=1, full_details=True):
msg = self.msg()
import eformat as ef
data_reader = ef.EventStorage.pickDataReader(fname)
assert data_reader, \
'problem picking a data reader for file [%s]'%fname
beam_type = '<beam-type N/A>'
try:
beam_type = data_reader.beamType()
except Exception:
msg.warning ("problem while extracting beam-type information")
pass
beam_energy = '<beam-energy N/A>'
try:
beam_energy = data_reader.beamEnergy()
except Exception:
msg.warning ("problem while extracting beam-type information")
pass
bs = ef.istream(fname)
file_infos = _create_file_infos()
nentries = bs.total_events
file_infos['nentries'] = nentries
import uuid
def _uuid():
return str(uuid.uuid4()).upper()
bs_metadata = {}
for md in data_reader.freeMetaDataStrings():
if md.startswith('Event type:'):
k = 'evt_type'
v = []
if 'is sim' in md: v.append('IS_SIMULATION')
else: v.append('IS_DATA')
if 'is atlas' in md: v.append('IS_ATLAS')
else: v.append('IS_TESTBEAM')
if 'is physics' in md: v.append('IS_PHYSICS')
else: v.append('IS_CALIBRATION')
bs_metadata[k] = tuple(v)
elif md.startswith('GeoAtlas:'):
k = 'geometry'
v = md.split('GeoAtlas:')[1].strip()
bs_metadata[k] = v
elif md.startswith('IOVDbGlobalTag:'):
k = 'conditions_tag'
v = md.split('IOVDbGlobalTag:')[1].strip()
bs_metadata[k] = v
elif '=' in md:
k,v = md.split('=')
bs_metadata[k] = v
# for bwd/fwd compat...
# see: https://savannah.cern.ch/bugs/?73208
for key_name,fct_name in (
('GUID','GUID'),
('Stream','stream'),
('Project', 'projectTag'),
('LumiBlock', 'lumiblockNumber'),
('run_number', 'runNumber'),
):
if key_name in bs_metadata:
# no need: already in bs metadata dict
continue
if hasattr(data_reader, fct_name):
v = getattr(data_reader, fct_name)()
bs_metadata[key_name] = v
# for bwd/fwd compat... -- END
# fix for ATEAM-122
if len(bs_metadata.get('evt_type','')) == 0 : # see: ATMETADATA-6
evt_type = ['IS_DATA', 'IS_ATLAS']
if bs_metadata.get('Stream', '').startswith('physics_'):
evt_type.append('IS_PHYSICS')
elif bs_metadata.get('Stream', '').startswith('calibration_'):
evt_type.append('IS_CALIBRATION')
elif bs_metadata.get('Project', '').endswith('_calib'):
evt_type.append('IS_CALIBRATION')
else:
evt_type.append('Unknown')
bs_metadata['evt_type'] = evt_type
file_infos['file_guid'] = bs_metadata.get('GUID', _uuid())
file_infos['evt_type'] = bs_metadata.get('evt_type', [])
file_infos['geometry'] = bs_metadata.get('geometry', None)
file_infos['conditions_tag'] = bs_metadata.get('conditions_tag', None)
file_infos['bs_metadata'] = bs_metadata
if not data_reader.good():
# event-less file...
file_infos['run_number'].append(bs_metadata.get('run_number', 0))
file_infos['lumi_block'].append(bs_metadata.get('LumiBlock', 0))
# FIXME: not sure how to do that...
return file_infos
if evtmax == -1:
evtmax = nentries
ievt = iter(bs)
for i in range(evtmax):
try:
evt = next(ievt)
evt.check() # may raise a RuntimeError
stream_tags = [dict(stream_type=tag.type,
stream_name=tag.name,
obeys_lbk=bool(tag.obeys_lumiblock))
for tag in evt.stream_tag()]
file_infos['run_number'].append(evt.run_no())
file_infos['evt_number'].append(evt.global_id())
file_infos['lumi_block'].append(evt.lumi_block())
file_infos['run_type'].append(ef.helper.run_type2string(evt.run_type()))
file_infos['beam_type'].append(beam_type)
file_infos['beam_energy'].append(beam_energy)
file_infos['stream_tags'].extend(stream_tags)
except RuntimeError as err:
print ("** WARNING ** detected a corrupted bs-file:\n",err)
"""
detailed dump how-to:
---------------------
import eformat as ef
import eformat.dump as edump
edump.event_callback.append (('.+', edump.fullevent_handler))
edump.dump (stream=ef.istream(fname), skip=0, total=0)
"""
return file_infos
def main():
parser = argparse.ArgumentParser(description=__doc__)
parser.add_argument('-f',
'--file',
metavar='FILE',
nargs='*',
default=[],
help='local file or castor path')
parser.add_argument('-g',
'--globalid',
type=int,
action='store',
nargs='*',
help='Global event ID')
parser.add_argument('-l',
'--lvl1id',
type=int,
action='store',
nargs='*',
help='LVL1 ID')
parser.add_argument('-t',
'--time',
action=StoreTime,
nargs='*',
help='Nanosecond time stamp (seconds:nanoseconds)')
parser.add_argument('-d',
'--debug',
type=int,
action='store',
metavar='RUN',
help='Find event in debug streams of RUN')
parser.add_argument('-s',
'--save',
metavar='OUTFILE',
nargs='?',
action='store',
const='trigbs_findevent',
help='Save selected events in OUTFILE')
parser.add_argument('--debugPath',
action='store',
default='/castor/cern.ch/grid/atlas/DAQ/2012',
help='Path to debug stream events %(default)s')
parser.add_argument('-v',
'--verbose',
action='store_true',
help='Be verbose')
args = parser.parse_args()
files = []
for f in args.file:
if f.find('castor') != -1: files += nsls(f)
else: files += [f]
if args.debug != None:
# Set/reset castor environment for debug stream access
stage_host = os.environ.get('STAGE_HOST', None)
stage_svcclass = os.environ.get('STAGE_SVCCLASS', None)
os.environ['STAGE_HOST'] = 'castoratlas'
os.environ['STAGE_SVCCLASS'] = 'atlcal'
debug_dirs = nsls(
os.path.join(args.debugPath, '%08d' % args.debug, 'debug_*'))
for d in debug_dirs:
files += nsls(os.path.join(d, '*.data'))
if stage_host: os.environ['STAGE_HOST'] = stage_host
if stage_svcclass: os.environ['STAGE_SVCCLASS'] = stage_svcclass
ofs = None
if args.save != None:
ofs = eformat.ostream(core_name=args.save)
for f in files:
ifs = eformat.istream(f)
if args.verbose == True: print '==%s' % f
for e in ifs:
found = True
if ofs: ofs.write(e)
if args.globalid != None and e.global_id() not in args.globalid:
found = False
if args.lvl1id != None and e.lvl1_id() not in args.lvl1id:
found = False
if args.time != None and (
e.bc_time_seconds(),
e.bc_time_nanoseconds()) not in args.time:
found = False
if found:
print f, fmtEvent(e, args.time != None)
#!/usr/bin/env tdaq_python
# $Id: reading.py 44327 2008-01-22 13:00:34Z rabello $
# Created by Andre DOS ANJOS <*****@*****.**>, 03-Aug-2006
import time
import sys
import eformat
if len(sys.argv) == 1:
print "usage: %s <data-file> [+data-file]" % sys.argv[0]
sys.exit(1)
stream = eformat.istream(sys.argv[1:])
print 'The total number of events available is %d' % len(stream)
volume = 0
start = time.time()
rob_list = {} #a dictionary is more efficient!
start = time.time()
for event in stream:
volume += len(event)
for subdetector in event:
#print s.source_id().human_detector()
for ros in subdetector:
for rob in ros:
rob_list[rob.source_id().code()] = 1
rob_list = rob_list.keys()
total_time = time.time() - start
print 'Total processing time was %f seconds' % total_time
print 'Total event data is %.2f Mb' % ((float(volume) * 4)/(1024*1024))
data = rob.rod_data()
newdata=reducedLARFEB(data)
if len(data)>data[0]:
newdata+=[data[data[0]+ii] for ii in range(7)] #middle "ROD" header
data=data[data[0]+7:]
newdata+=reducedLARFEB(data)
newrob.rod_data(newdata)
new_event.append(newrob)
return new_event.readonly()
if __name__ == "__main__":
if len(sys.argv)!=3:
print('usage: %s <infile> <outfile>' % sys.argv[0])
sys.exit(1)
input_file = sys.argv[1]
output_file = sys.argv[2]
input = eformat.istream([input_file])
dr=EventStorage.pickDataReader(input_file)
output = eformat.ostream(core_name="subset",
run_number=dr.runNumber(),
trigger_type=dr.triggerType(),
detector_mask=dr.detectorMask(),
beam_type=dr.beamType(),
beam_energy=dr.beamEnergy())
for event in input:
output.write(modify(event))
tmp_file_name = output.last_filename()
del output
os.rename(tmp_file_name,output_file)
def test02_ReadCompressedFile(self):
ins = eformat.istream(OUTPUT)
for e in ins:
_ = len(e)
def read_metadata(filenames,
file_type=None,
mode='lite',
promote=None,
meta_key_filter=[],
unique_tag_info_values=True):
"""
This tool is independent of Athena framework and returns the metadata from a given file.
:param filenames: the input file from which metadata needs to be extracted.
:param file_type: the type of file. POOL or BS (bytestream: RAW, DRAW) files.
:param mode: if true, will return all metadata associated with the filename. By default, is false and this will
return a "tiny" version which have only the following keys: 'file_guid', 'file_size', 'file_type', 'nentries'.
:return: a dictionary of metadata for the given input file.
"""
from RootUtils import PyROOTFixes # noqa F401
# Check if the input is a file or a list of files.
if isinstance(filenames, str):
filenames = [filenames]
# Check if file_type is an allowed value
if file_type is not None:
if file_type not in ('POOL', 'BS'):
raise NameError(
'Allowed values for \'file_type\' parameter are: "POOL" or "BS": you provided "'
+ file_type + '"')
else:
msg.info('Forced file_type: {0}'.format(file_type))
# Check the value of mode parameter
if mode not in ('tiny', 'lite', 'full', 'peeker'):
raise NameError(
'Allowed values for "mode" parameter are: "tiny", "lite", "peeker" or "full"'
)
msg.info('Current mode used: {0}'.format(mode))
msg.info('Current filenames: {0}'.format(filenames))
if mode != 'full' and len(meta_key_filter) > 0:
raise NameError(
'It is possible to use the meta_key_filter option only for full mode'
)
if meta_key_filter:
msg.info('Filter used: {0}'.format(meta_key_filter))
# create the storage object for metadata.
meta_dict = {}
# ----- retrieve metadata from all filename or filenames --------------------------------------------------------#
for filename in filenames:
meta_dict[filename] = {}
current_file_type = None
# Determine the file_type of the input and store this information into meta_dict
if not file_type:
if os.path.isfile(filename):
with open(filename, 'rb') as binary_file:
magic_file = binary_file.read(4)
if magic_file == 'root' or magic_file == b'root':
current_file_type = 'POOL'
meta_dict[filename]['file_type'] = 'POOL'
else:
current_file_type = 'BS'
meta_dict[filename]['file_type'] = 'BS'
# add information about the file_size of the input filename
meta_dict[filename]['file_size'] = os.path.getsize(
filename)
# determine the file type for the remote input files
else:
if regex_BS_files.match(filename):
current_file_type = 'BS'
meta_dict[filename]['file_type'] = 'BS'
else:
current_file_type = 'POOL'
meta_dict[filename]['file_type'] = 'POOL'
# add information about the file_size of the input filename
meta_dict[filename][
'file_size'] = None # None -> we can't read the file size for a remote file
else:
current_file_type = file_type
# ----- retrieves metadata from POOL files ------------------------------------------------------------------#
if current_file_type == 'POOL':
import ROOT
# open the file using ROOT.TFile
current_file = ROOT.TFile.Open(_get_pfn(filename))
# open the tree 'POOLContainer' to read the number of entries
if current_file.GetListOfKeys().Contains('POOLContainer'):
meta_dict[filename]['nentries'] = current_file.Get(
'POOLContainer').GetEntriesFast()
else:
meta_dict[filename]['nentries'] = None
# open the tree 'CollectionTree' to read auto flush
if current_file.GetListOfKeys().Contains('CollectionTree'):
meta_dict[filename]['auto_flush'] = current_file.Get(
'CollectionTree').GetAutoFlush()
# read and add the 'GUID' value
meta_dict[filename]['file_guid'] = _read_guid(filename)
# read and add compression level and algorithm
meta_dict[filename][
'file_comp_alg'] = current_file.GetCompressionAlgorithm()
meta_dict[filename][
'file_comp_level'] = current_file.GetCompressionLevel()
# ----- read extra metadata required for 'lite' and 'full' modes ----------------------------------------#
if mode != 'tiny':
# selecting from all tree the only one which contains metadata, respectively "MetaData"
metadata_tree = current_file.Get('MetaData')
# read all list of branches stored in "MetaData" tree
metadata_branches = metadata_tree.GetListOfBranches()
nr_of_branches = metadata_branches.GetEntriesFast()
# object to store the names of metadata containers and their corresponding class name.
meta_dict[filename]['metadata_items'] = {}
# create a container for the list of filters used for the lite version
meta_filter = {}
# set the filters for name
if mode == 'lite':
meta_filter = {
'/TagInfo': 'IOVMetaDataContainer_p1',
'IOVMetaDataContainer_p1__TagInfo':
'IOVMetaDataContainer_p1',
'*': 'EventStreamInfo_p*'
}
# set the filters for name
if mode == 'peeker':
meta_filter = {
'/TagInfo': 'IOVMetaDataContainer_p1',
'IOVMetaDataContainer_p1__TagInfo':
'IOVMetaDataContainer_p1',
'/Simulation/Parameters': 'IOVMetaDataContainer_p1',
'/Digitization/Parameters': 'IOVMetaDataContainer_p1',
'/EXT/DCS/MAGNETS/SENSORDATA':
'IOVMetaDataContainer_p1',
'TriggerMenu': 'DataVector<xAOD::TriggerMenu_v1>',
'TriggerMenuAux.': 'xAOD::TriggerMenuAuxContainer_v1',
'*': 'EventStreamInfo_p*'
}
if mode == 'full' and meta_key_filter:
meta_filter = {f: '*' for f in meta_key_filter}
# store all persistent classes for metadata container existing in a POOL/ROOT file.
persistent_instances = {}
for i in range(0, nr_of_branches):
branch = metadata_branches.At(i)
name = branch.GetName()
class_name = branch.GetClassName()
if regexIOVMetaDataContainer.match(class_name):
name = name.replace('IOVMetaDataContainer_p1_',
'').replace('_', '/')
if regexIOVMetaDataContainer.match(class_name):
meta_dict[filename]['metadata_items'][
name] = 'IOVMetaDataContainer'
elif regexByteStreamMetadataContainer.match(class_name):
meta_dict[filename]['metadata_items'][
name] = 'ByteStreamMetadataContainer'
elif regexEventStreamInfo.match(class_name):
meta_dict[filename]['metadata_items'][
name] = 'EventStreamInfo'
else:
meta_dict[filename]['metadata_items'][
name] = class_name
if len(meta_filter) > 0:
keep = False
for filter_key, filter_class in meta_filter.items():
if (filter_key.replace('/', '_') == name.replace(
'/', '_')
or filter_key == '*') and fnmatchcase(
class_name, filter_class):
keep = True
break
if not keep:
continue
# assign the corresponding persistent class based of the name of the metadata container
if regexEventStreamInfo.match(class_name):
if class_name.endswith('_p1'):
persistent_instances[
name] = ROOT.EventStreamInfo_p1()
elif class_name.endswith('_p2'):
persistent_instances[
name] = ROOT.EventStreamInfo_p2()
else:
persistent_instances[
name] = ROOT.EventStreamInfo_p3()
elif regexIOVMetaDataContainer.match(class_name):
persistent_instances[
name] = ROOT.IOVMetaDataContainer_p1()
elif regexXAODEventFormat.match(class_name):
persistent_instances[name] = ROOT.xAOD.EventFormat_v1()
elif regexXAODTriggerMenu.match(class_name):
persistent_instances[
name] = ROOT.xAOD.TriggerMenuContainer_v1()
elif regexXAODTriggerMenuAux.match(class_name):
persistent_instances[
name] = ROOT.xAOD.TriggerMenuAuxContainer_v1()
if name in persistent_instances:
branch.SetAddress(
ROOT.AddressOf(persistent_instances[name]))
metadata_tree.GetEntry(0)
# clean the meta-dict if the meta_key_filter flag is used, to return only the key of interest
if meta_key_filter:
meta_dict[filename] = {}
# read the metadata
for name, content in persistent_instances.items():
key = name
if hasattr(content, 'm_folderName'):
key = getattr(content, 'm_folderName')
aux = None
if key == 'TriggerMenu' and 'TriggerMenuAux.' in persistent_instances:
aux = persistent_instances['TriggerMenuAux.']
elif key == 'TriggerMenuAux.':
continue
meta_dict[filename][key] = _convert_value(content, aux)
# This is a required workaround which will temporarily be fixing ATEAM-560 originated from ATEAM-531
# ATEAM-560: https://its.cern.ch/jira/browse/ATEAM-560
# ATEAM-531: https://its.cern.ch/jira/browse/ATEAM-531
# This changes will remove all duplicates values presented in some files due
# to the improper merging of two IOVMetaDataContainers.
if unique_tag_info_values:
msg.info(
'MetaReader is called with the parameter "unique_tag_info_values" set to True. '
'This is a workaround to remove all duplicate values from "/TagInfo" key'
)
if '/TagInfo' in meta_dict[filename]:
for key, value in meta_dict[filename]['/TagInfo'].items():
if isinstance(value, list):
unique_list = list(set(value))
meta_dict[filename]['/TagInfo'][key] = unique_list[
0] if len(unique_list) == 1 else unique_list
if promote is None:
promote = mode == 'lite' or mode == 'peeker'
# Filter the data and create a prettier output for the 'lite' mode
if mode == 'lite':
meta_dict = make_lite(meta_dict)
if mode == 'peeker':
meta_dict = make_peeker(meta_dict)
if promote:
meta_dict = promote_keys(meta_dict)
# ----- retrieves metadata from bytestream (BS) files (RAW, DRAW) ------------------------------------------#
elif current_file_type == 'BS':
import eformat
# store the number of entries
bs = eformat.istream(filename)
meta_dict[filename]['nentries'] = bs.total_events
# store the 'guid' value
data_reader = eformat.EventStorage.pickDataReader(filename)
assert data_reader, 'problem picking a data reader for file [%s]' % filename
if hasattr(data_reader, 'GUID'):
meta_dict[filename]['file_guid'] = getattr(
data_reader, 'GUID')()
# if the flag full is set to true then grab all metadata
# ------------------------------------------------------------------------------------------------------#
if mode != "tiny":
bs_metadata = {}
for md in data_reader.freeMetaDataStrings():
if md.startswith('Event type:'):
k = 'eventTypes'
v = []
if 'is sim' in md:
v.append('IS_SIMULATION')
else:
v.append('IS_DATA')
if 'is atlas' in md:
v.append('IS_ATLAS')
else:
v.append('IS_TESTBEAM')
if 'is physics' in md:
v.append('IS_PHYSICS')
else:
v.append('IS_CALIBRATION')
bs_metadata[k] = tuple(v)
elif md.startswith('GeoAtlas:'):
k = 'geometry'
v = md.split('GeoAtlas:')[1].strip()
bs_metadata[k] = v
elif md.startswith('IOVDbGlobalTag:'):
k = 'conditions_tag'
v = md.split('IOVDbGlobalTag:')[1].strip()
bs_metadata[k] = v
elif '=' in md:
k, v = md.split('=')
bs_metadata[k] = v
bs_metadata['runNumbers'] = getattr(data_reader, 'runNumber')()
bs_metadata['lumiBlockNumbers'] = getattr(
data_reader, 'lumiblockNumber')()
bs_metadata['projectTag'] = getattr(data_reader,
'projectTag')()
bs_metadata['stream'] = getattr(data_reader, 'stream')()
#bs_metadata['beamType'] = getattr(data_reader, 'beamType')()
beamTypeNbr = getattr(data_reader, 'beamType')()
#According to info from Rainer and Guiseppe the beam type is
#O: no beam
#1: protons
#2: ions
if (beamTypeNbr == 0): bs_metadata['beamType'] = 'cosmics'
elif (beamTypeNbr == 1 or beamTypeNbr == 2):
bs_metadata['beamType'] = 'collisions'
else:
bs_metadata['beamType'] = 'unknown'
bs_metadata['beamEnergy'] = getattr(data_reader,
'beamEnergy')()
meta_dict[filename]['eventTypes'] = bs_metadata.get(
'eventTypes', [])
meta_dict[filename]['GeoAtlas'] = bs_metadata.get(
'geometry', None)
meta_dict[filename]['conditions_tag'] = bs_metadata.get(
'conditions_tag', None)
# Promote up one level
meta_dict[filename]['runNumbers'] = [
bs_metadata.get('runNumbers', None)
]
meta_dict[filename]['lumiBlockNumbers'] = [
bs_metadata.get('lumiBlockNumbers', None)
]
meta_dict[filename]['beam_type'] = bs_metadata.get(
'beamType', None)
meta_dict[filename]['beam_energy'] = bs_metadata.get(
'beamEnergy', None)
meta_dict[filename]['stream'] = bs_metadata.get('stream', None)
if not data_reader.good():
# event-less file...
meta_dict[filename]['runNumbers'].append(
bs_metadata.get('run_number', 0))
meta_dict[filename]['lumiBlockNumbers'].append(
bs_metadata.get('LumiBlock', 0))
ievt = iter(bs)
evt = next(ievt)
evt.check() # may raise a RuntimeError
processing_tags = [
dict(stream_type=tag.type,
stream_name=tag.name,
obeys_lbk=bool(tag.obeys_lumiblock))
for tag in evt.stream_tag()
]
meta_dict[filename]['processingTags'] = [
x['stream_name'] for x in processing_tags
]
meta_dict[filename]['evt_number'] = [evt.global_id()]
meta_dict[filename]['run_type'] = [
eformat.helper.run_type2string(evt.run_type())
]
# fix for ATEAM-122
if len(bs_metadata.get('eventTypes',
'')) == 0: # see: ATMETADATA-6
evt_type = ['IS_DATA', 'IS_ATLAS']
if bs_metadata.get('stream', '').startswith('physics_'):
evt_type.append('IS_PHYSICS')
elif bs_metadata.get('stream',
'').startswith('calibration_'):
evt_type.append('IS_CALIBRATION')
elif bs_metadata.get('projectTag', '').endswith('_calib'):
evt_type.append('IS_CALIBRATION')
else:
evt_type.append('Unknown')
meta_dict[filename]['eventTypes'] = evt_type
if mode == 'full':
meta_dict[filename]['bs_metadata'] = bs_metadata
# ------ Throw an error if the user provide other file types -------------------------------------------------#
else:
msg.error(
'Unknown filetype for {0} - there is no metadata interface for type {1}'
.format(filename, current_file_type))
return None
return meta_dict
def main(filelist, EventsList):
####### Input-Output Info follows
input_file = filelist
max = len(EventsList)
tmpdir = commands.getoutput("echo $TMPDIR")
if (os.path.exists(tmpdir)):
print '..', tmpdir, "already exists"
else:
print ".. Generating", tmpdir
os.system("mkdir $TMPDIR")
currentTime = datetime.now().strftime("%Y-%m-%d_%H%M%S")
os.system("mkdir $TMPDIR/" + currentTime)
output_dir = tmpdir + "/" + currentTime
print
print '****** Output dir is:', output_dir, '******'
print
flag_written = (0, 0)
write_counter = 0
print ".. Opening file: %s" % (input_file)
file = open(input_file, 'r')
line_counter = 0
for line in file:
# print line.strip(), flag_written
if (flag_written[0] == 1): break
command_cp_from_CAF = 'xrdcp root://castoratlas/' + line.strip(
) + " " + tmpdir + '/Data.data'
print '.... making local copy: ', command_cp_from_CAF
copyOutput = commands.getoutput(command_cp_from_CAF)
if "Permission denied" in copyOutput:
print ". Permission denied, continue..."
continue
if "No such file or directory" in copyOutput:
print ". No such file or directory, continue..."
continue
try:
# no_try = 1
# if (no_try==1):
file_to_read = tmpdir + '/Data.data'
print ".. Opening local copy of input file: %s" % line.strip()
line_counter += 1
input = eformat.istream(file_to_read.strip())
## Updated from Brian's script - this info needs to be attached in all output files.
dr = EventStorage.pickDataReader(file_to_read.strip())
output = eformat.ostream(core_name="subset",
directory=output_dir,
run_number=dr.runNumber(),
trigger_type=dr.triggerType(),
detector_mask=dr.detectorMask(),
beam_type=dr.beamType(),
beam_energy=dr.beamEnergy())
(flag_written,
write_counter) = event_analysis(input, output, write_counter,
EventsList)
print '... Processed File #', line_counter
print '... Events written out so far', write_counter
print
command_delete = 'rm -rf ' + tmpdir + '/Data.data'
print '.... cleaning up: ', command_delete
os.system(command_delete)
print
print
if (flag_written[1] == 1):
print "*** Wrote", write_counter, "events"
tmp_file_name = output.last_filename()
del output
output_name = output_dir + "/" + opt.run + "_" + str(
write_counter
) + "_" + opt.strtype + "_" + opt.strname + "_" + str(
line_counter)
print "Writting output file: ", output_name, "with", write_counter, "events"
os.rename(tmp_file_name, output_name)
else:
tmp_file_name = output.last_filename()
del output
os.remove(tmp_file_name)
print
print
except NameError, IOError:
print "OOPS! Input Data File Not Found - or a Bug..! (Please report it!)",
#!/usr/bin/env python
#
#Script to obtain the run number in the input data file for partition test,
#in order to use a consistent set of conditions wrt MT/PT test.
from RecExConfig.RecFlags import rec
from AthenaCommon.AthenaCommonFlags import athenaCommonFlags as acf
import optparse
parser = optparse.OptionParser(description="Get run number from first event in file")
parser.add_option("--L2Input",
action = "store",
help = "BS input file for athenaMT")
# Now parse the options
(opts, args) = parser.parse_args()
run=""
file=""
if not opts.L2Input:
parser.error("need option --L2Input <BSfile>")
file = "%s" % opts.L2Input
import eformat
f = eformat.istream(file)
run = f[0].run_no()
#print 'run number : ' , run
print run
logging.getLogger('').setLevel(logging.INFO)
import sys
import os
version = eformat.helper.Version().human_major()
if len(sys.argv) == 1:
print "Converts files from any older supported format to v%s" % version
print "Files are stored in the current working directory"
print "usage: %s <data-file> [+data-file]" % sys.argv[0]
sys.exit(1)
logging.info("Legend: 'x' => invalid fragments; '.' => converted correctly")
for f in sys.argv[1:]:
istr = eformat.istream(f)
logging.info("Working at file %s (%d fragments)" % (f, len(istr)))
ostr = eformat.ostream()
curr = istr.__iter__()
try:
while True:
try:
e = curr.next()
e.check_tree()
except RuntimeError, ex:
sys.stdout.write('x')
sys.stdout.write('\n')
sys.stdout.write(str(ex))
sys.stdout.write('\n => Fragment Ignored!\n')
sys.stdout.flush()
else:
def my_split(argv):
"""Runs the splitting routines"""
import eformat, logging
import EventApps.myopt as myopt
option = {}
option["start-event"] = {
"short": "a",
"arg": True,
"default": 0,
"description": "The number of events I should skip from the begin",
}
option["max-events"] = {
"short": "n",
"arg": True,
"default": 0,
"description": "The total maximum number of events you want in the output file. The special value 0 means up to the end.",
}
option["output"] = {"short": "o", "arg": True, "default": "", "description": "Filename of the output file"}
option["verbosity"] = {
"short": "d",
"arg": True,
"default": logging.INFO,
"description": "How much I should say about the execution",
}
parser = myopt.Parser(extra_args=True)
for (k, v) in option.items():
parser.add_option(k, v["short"], v["description"], v["arg"], v["default"])
if len(sys.argv) == 1:
print parser.usage('global "%s" options:' % sys.argv[0])
sys.exit(1)
# process the global options
(kwargs, extra) = parser.parse(sys.argv[1:], prefix='global "%s" options:' % sys.argv[0])
# now the things which require global defaults
logging.getLogger("").setLevel(kwargs["verbosity"])
stream = eformat.istream(extra)
ostream = eformat.ostream()
total = 0
for e in stream:
if kwargs["start-event"] > 0:
kwargs["start-event"] -= 1
continue
if kwargs["max-events"] > 0 and total >= kwargs["max-events"]:
break
ostream.write(e)
sys.stdout.write(".")
sys.stdout.flush()
total += 1
sys.stdout.write("\n")
sys.stdout.flush()
oname = ostream.last_filename()
if len(kwargs["output"]) != 0:
del ostream
os.rename(oname, kwargs["output"])
oname = kwargs["output"]
sys.stdout.write("Wrote %d events in %s\n" % (total, oname))
sys.exit(0)
def test05_CanRetrieveStreamTags(self):
input = eformat.istream(INPUT)
for event in input:
tag = event.stream_tag()
def my_dump(bsfile):
"""Runs the dumping routines"""
global smk
# open a file
print "=" * 100
print "Opening", bsfile
input = eformat.istream(bsfile)
if args.interactive:
import code
code.interact(local=locals())
event_count = 0
l2_event_count = 0
ef_event_count = 0
offset = args.skip if args.skip else 0
for event in input:
if offset > 0:
offset -= 1
continue
event_count += 1
if args.events != None and event_count > args.events: break
print "======================= RunNumber : %d , Event: %d, LB: %d, LVL1_ID: %d, Global_ID: %d bunch-x: %d TT: x%x ==========================" \
% ( event.run_no(), event_count, event.lumi_block(), event.lvl1_id(), event.global_id(), event.bc_id(), event.lvl1_trigger_type())
smk = args.smk
if args.decodeItems and args.smk == 0: # Need to get SMK from HLT result
hltrob = [
f for f in event.children()
if f.source_id().subdetector_id() in [
eformat.helper.SubDetector.TDAQ_LVL2,
eformat.helper.SubDetector.TDAQ_EVENT_FILTER
]
]
if len(hltrob) == 0:
print "ERROR: Cannot find HLT result. Will not decode trigger item names."
args.decodeItems = False
else:
res.load(hltrob[0])
smk = res.getConfigSuperMasterKey()
if smk == 0:
print "ERROR: No SMK stored in HLT result. Will not decode trigger item names."
args.decodeItems = False
if args.l1:
#print "L1 TriggerInfo: ", ["0x%x"%i for i in event.lvl1_trigger_info() ]
words = Lvl1_Info(event)
print "L1 CTP IDs - TBP: ", printL1Items(words[0], smk)
print "L1 CTP IDs - TAP: ", printL1Items(words[1], smk)
print "L1 CTP IDs - TAV: ", printL1Items(words[2], smk)
if args.ctp:
CTP_Info(event, int(args.ctp))
if args.l2:
print "L2 TriggerInfo: ", [
"0x%x" % i for i in event.lvl2_trigger_info()
]
# loop over the SubDetFragments and find LVL2
if args.l2res or args.sizeSummary:
found = False
for f in event.children():
if f.source_id().subdetector_id(
) == eformat.helper.SubDetector.TDAQ_LVL2:
print '.. %s %s %s bytes' % (f.__class__.__name__,
f.source_id(),
f.fragment_size_word() * 4)
res.load(f)
found = True
l2_event_count += 1
if args.l2res:
print_HLTResult(res, args)
if args.sizeSummary:
collect_feature_sizes(featureSizes, res)
print ".. EOF HLTResult for L2"
if not found:
print ".. No HLTResult for L2"
if args.ef:
print "EF TriggerInfo: ", [
"0x%x" % i for i in event.event_filter_info()
]
# loop over the SubDetFragments and find EF
if args.efres or args.sizeSummary:
found = False
for f in event.children():
if f.source_id().subdetector_id(
) == eformat.helper.SubDetector.TDAQ_EVENT_FILTER:
print '.. %s %s %s bytes' % (f.__class__.__name__,
f.source_id(),
f.fragment_size_word() * 4)
try:
res.load(f)
found = True
ef_event_count += 1
if args.efres:
print_HLTResult(res, args)
if args.sizeSummary:
collect_feature_sizes(featureSizes, res)
except Exception, ex:
print '... **** problems in analyzing payload', ex
print '... **** raw data[:10]', list(f.rod_data())[:10]
print ".. EOF HLTResult for EF"
if not found:
print ".. No HLTResult for EF"
if args.stag:
print "StreamTag: ", [(s.name, s.type) for s in event.stream_tag()]
def main():
args = get_parser().parse_args()
logging.basicConfig(stream=sys.stdout,
format='%(levelname)-8s %(message)s',
level=logging.DEBUG if args.verbose else logging.INFO)
if args.copyFrom:
logging.info('Reading events from %s and metadata from %s', args.file, args.copyFrom)
else:
logging.info('Reading events and metadata from %s', args.file)
meta_input = args.copyFrom if args.copyFrom else args.file
reader = EventStorage.pickDataReader(meta_input)
input_stream = eformat.istream(args.file)
# Read metadata from input file
metadata_basic = {} # arguments for eformat.ostream
metadata_extra = {} # metadata passed as dictionary
metadata_basic['runNumber'] = reader.runNumber()
metadata_basic['triggerType'] = reader.triggerType()
metadata_basic['detectorMask'] = reader.detectorMask()
metadata_basic['beamType'] = reader.beamType()
metadata_basic['beamEnergy'] = reader.beamEnergy()
metadata_extra['Stream'] = reader.stream()
metadata_extra['Project'] = reader.projectTag()
metadata_extra['LumiBlock'] = reader.lumiblockNumber()
logging.debug('Input metadata_basic = %s', metadata_basic)
logging.debug('Input metadata_extra = %s', metadata_extra)
# Change metadata
if args.runNumber:
metadata_basic['runNumber'] = args.runNumber
if args.triggerType:
metadata_basic['triggerType'] = args.triggerType
if args.detectorMask:
metadata_basic['detectorMask'] = args.detectorMask
if args.beamType:
metadata_basic['beamType'] = beam_type_dict[args.beamType]
if args.beamEnergy:
metadata_basic['beamEnergy'] = args.beamEnergy
if args.stream:
metadata_extra['Stream'] = args.stream
if args.projectTag:
metadata_extra['Project'] = args.projectTag
if args.lumiBlock:
metadata_extra['LumiBlock'] = args.lumiBlock
logging.debug('Updated metadata_basic = %s', metadata_basic)
logging.debug('Updated metadata_extra = %s', metadata_extra)
# Create new file name
file_name_base = args.outputName
if not file_name_base:
# Get the name elements
ptag = metadata_extra['Project']
runno = metadata_basic['runNumber']
stream = metadata_extra['Stream']
lbn = metadata_extra['LumiBlock']
# Build the name
file_name_list = []
file_name_list.append(ptag if ptag else 'data')
file_name_list.append('{:08d}'.format(runno if runno else 0))
file_name_list.append(stream if stream else 'unknown_stream')
file_name_list.append('lb{:04d}'.format(lbn if lbn else 0))
file_name_base = '.'.join(file_name_list)
# Write the new file
metadata_extra_strings = ['{:s}={:s}'.format(k, str(v)) for k, v in six.iteritems(metadata_extra)]
output_stream = eformat.ostream(
core_name = file_name_base,
run_number = metadata_basic['runNumber'],
trigger_type = metadata_basic['triggerType'],
detector_mask = metadata_basic['detectorMask'],
beam_type = metadata_basic['beamType'],
beam_energy = metadata_basic['beamEnergy'],
meta_data_strings = metadata_extra_strings)
logging.info('Writing file %s', output_stream.current_filename().replace('.writing', '.data'))
ievt = 0
nmax = args.numEvents or -1
for event in input_stream:
ievt+=1
if nmax >= 0 and ievt > nmax:
break
logging.debug('Writing event %d', ievt)
output_stream.write(event)
def main():
from optparse import OptionParser
import eformat
parser = OptionParser(usage='%prog FILE')
parser.add_option('-m',
'--moduleid',
type='int',
action='store',
default=0,
help='Module ID of CTP fragment [%default]')
(opt, args) = parser.parse_args()
if len(args) != 1:
parser.print_help()
return 1
for event in eformat.istream(args[0]):
ctp_robs = [
rob for rob in event.children()
if rob.source_id().subdetector_id() == eformat.helper.SubDetector.
TDAQ_CTP and rob.source_id().module_id() == opt.moduleid
]
if len(ctp_robs) == 0:
print("Cannot find CTP ROB with module ID %d" % opt.moduleid)
continue
rob = ctp_robs[0]
fe = _CTPfragment.FolderEntry()
fe.folderIndex = 1
fe.lumiBlock = 54
fe2 = _CTPfragment.FolderEntry()
fe2.folderIndex = 2
fe2.lumiBlock = 59
#x = getExtraPayloadObject(rob)
x = _CTPfragment.ExtraPayload()
x.setL1PSK(255)
x.updateFolder(fe)
x.updateFolder(fe2)
new_ctp_rob = setHltExtraPayloadWords(rob, [d for d in x.serialize()])
new_event = eformat.write.FullEventFragment()
new_event.copy_header(event)
for r in event.children():
if r.source_id().subdetector_id(
) != eformat.helper.SubDetector.TDAQ_CTP:
new_event.append(eformat.write.ROBFragment(r))
new_event.append(eformat.write.ROBFragment(new_ctp_rob))
event = new_event.readonly()
#new_ctp_rob = eformat.write.ROBFragment(new_ctp_rob)
#setHltCounter(new_ctp_rob,100)
rob = new_ctp_rob
x = getExtraPayloadObject(rob)
folderUpdates = _CTPfragment.getFolderUpdates(x)
upd = ''
for f in folderUpdates:
upd += ('[%d,%d]' % (f.second.folderIndex, f.second.lumiBlock))
print(
"L1ID %10d, LB %4d, Version %d, Bunch %d, HLT counter: %3d, Payload #%d %s L1PSK %d BGK %d COOLUPD %s"
% (event.lvl1_id(), event.lumi_block(), ctpFormatVersion(rob),
lvl1AcceptBunch(rob), hltCounter(rob),
numberHltExtraPayloadWords(rob), hltExtraPayloadWords(rob),
x.getL1PSK(), x.getBGK(), upd))
assert data_reader, \
'problem picking a data reader for file [%s]'%fname
beam_type = '<beam-type N/A>'
try:
beam_type = data_reader.beamType()
except Exception,err:
msg.warning ("problem while extracting beam-type information")
beam_energy = '<beam-energy N/A>'
try:
beam_energy = data_reader.beamEnergy()
except Exception,err:
msg.warning ("problem while extracting beam-type information")
bs = ef.istream(fname)
self._metadata['nentries'] = bs.total_events
bs_metadata = {}
for md in data_reader.freeMetaDataStrings():
if md.startswith('Event type:'):
k = 'evt_type'
v = []
if 'is sim' in md: v.append('IS_SIMULATION')
else: v.append('IS_DATA')
if 'is atlas' in md: v.append('IS_ATLAS')
else: v.append('IS_TESTBEAM')
if 'is physics' in md: v.append('IS_PHYSICS')
else: v.append('IS_CALIBRATION')
def EDMDecodingVersion(flags):
log.debug("Attempting to determine EDMDecodingVersion.")
version = 3
if flags.Input.Format == "BS":
log.debug("EDMDecodingVersion: Input format is ByteStream")
inputFileName = flags.Input.Files[0]
if not inputFileName and flags.Common.isOnline():
log.debug(
"EDMDecodingVersion: Online reconstruction, no input file. Return default version, i.e. AthenaMT."
)
return version
log.debug("EDMDecodingVersion: Checking ROD version.")
import eformat
from libpyeformat_helper import SubDetector
bs = eformat.istream(inputFileName)
rodVersionM = -1
rodVersionL = -1
# Find the first HLT ROBFragment in the first event
for robf in bs[0]:
if robf.rob_source_id().subdetector_id(
) == SubDetector.TDAQ_HLT:
rodVersionM = robf.rod_minor_version() >> 8
rodVersionL = robf.rod_minor_version() & 0xFF
log.debug(
"EDMDecodingVersion: HLT ROD minor version from input file is {:d}.{:d}"
.format(rodVersionM, rodVersionL))
break
if rodVersionM >= 1:
version = 3
return version
log.info(
"EDMDecodingVersion: Could not determine ROD version -- falling back to run-number-based determination"
)
# Use run number to determine decoding version
runNumber = flags.Input.RunNumber[0]
log.debug(
"EDMDecodingVersion: Read run number {}.".format(runNumber))
boundary_run12 = 230000
boundary_run23 = 368000
if runNumber <= 0:
log.warning(
"EDMDecodingVersion: Cannot determine decoding version because run number {} is invalid. Leaving the default version."
.format(runNumber))
elif runNumber < boundary_run12:
# Run-1 data
version = 1
elif runNumber < boundary_run23:
# Run-2 data
version = 2
else:
# Run-3 data
version = 3
else:
log.debug(
"EDMDecodingVersion: Input format is POOL -- determine from input file collections."
)
# POOL files: decide based on HLT output type present in file
if "HLTResult_EF" in flags.Input.Collections:
version = 1
elif "TrigNavigation" in flags.Input.Collections:
version = 2
elif "HLTNav_Summary" in flags.Input.Collections:
version = 3
elif flags.Input.Format == "POOL":
# If running Trigger on RDO input (without previous trigger result), choose Run-3
version = 3
log.info("Determined EDMDecodingVersion to be {}.".format({
1: "Run 1",
2: "Run 2",
3: "AthenaMT"
}[version]))
return version
parser = argparse.ArgumentParser(description=__doc__)
parser.add_argument('file', metavar='FILE', nargs=1, help='input file')
parser.add_argument('-n',
'--events',
type=int,
default=-1,
help='number of events to process')
parser.add_argument('-o',
'--output',
type=str,
help='core output file name')
args = parser.parse_args()
dr = EventStorage.pickDataReader(args.file[0])
output = eformat.ostream(core_name=args.output or dr.fileNameCore(),
run_number=dr.runNumber(),
trigger_type=dr.triggerType(),
detector_mask=dr.detectorMask(),
beam_type=dr.beamType(),
beam_energy=dr.beamEnergy(),
meta_data_strings=dr.freeMetaDataStrings(),
compression=dr.compression())
i = 0
for event in eformat.istream(args.file[0]):
i += 1
if args.events > 0 and i > args.events:
break
newevt = modify(event)
output.write(newevt)
def test03_CheckEventInCompressedFile(self):
raw = eformat.istream(INPUT)
comp = eformat.istream(OUTPUT)
return all([a==b for a,b in zip(raw,comp)])
#!/usr/bin/env python
# Copyright (C) 2002-2017 CERN for the benefit of the ATLAS collaboration
import sys
import eformat
from eformat import helper
from collections import defaultdict
filename = sys.argv[1]
bsfile = eformat.istream(filename)
print "Read file %s with %i events" % (filename, bsfile.total_events)
event = bsfile[0]
rob_by_subdet = defaultdict(list)
subdets = set()
subdetsData = [
'LAR_EM_BARREL_A_SIDE',
'LAR_EM_BARREL_C_SIDE',
'LAR_EM_ENDCAP_A_SIDE',
'LAR_EM_ENDCAP_C_SIDE',
'LAR_FCAL_A_SIDE',
'LAR_FCAL_C_SIDE',
'LAR_HAD_ENDCAP_A_SIDE',
'LAR_HAD_ENDCAP_C_SIDE',
'MUON_MDT_BARREL_A_SIDE',
'MUON_MDT_BARREL_C_SIDE',
'MUON_MDT_ENDCAP_A_SIDE',
'MUON_MDT_ENDCAP_C_SIDE',
def main():
parser = argparse.ArgumentParser(description=__doc__)
parser.add_argument('-f',
'--file',
metavar='FILE',
nargs='*',
default=[],
help='file name')
parser.add_argument('-g',
'--globalid',
type=int,
action='store',
nargs='*',
help='Global event ID')
parser.add_argument('-l',
'--lvl1id',
type=int,
action='store',
nargs='*',
help='LVL1 ID')
parser.add_argument('-t',
'--time',
action=StoreTime,
nargs='*',
help='Nanosecond time stamp (seconds:nanoseconds)')
parser.add_argument('-s',
'--save',
metavar='OUTFILE',
nargs='?',
action='store',
const='trigbs_findevent',
help='Save selected events in OUTFILE')
parser.add_argument('-v',
'--verbose',
action='store_true',
help='Be verbose')
args = parser.parse_args()
ofs = None
if args.save is not None:
ofs = eformat.ostream(core_name=args.save)
for f in args.file:
ifs = eformat.istream(f)
if args.verbose:
print('==%s' % f)
for e in ifs:
found = True
if ofs:
ofs.write(e)
if args.globalid is not None and e.global_id(
) not in args.globalid:
found = False
if args.lvl1id is not None and e.lvl1_id() not in args.lvl1id:
found = False
if args.time is not None and (
e.bc_time_seconds(),
e.bc_time_nanoseconds()) not in args.time:
found = False
if found:
print('%s %s' % (f, fmtEvent(e, args.time is not None)))
def test01_CanCheckEvent(self): input = eformat.istream(INPUT) for event in input: event.check()
def my_conf(argv):
"""Runs the dumping routines"""
import logging
from EventApps import myopt
option = {}
option['number-of-ross'] = {'short': 'n', 'arg': True,
'default': 1,
'description': 'The number of ROS in the system'}
option['py'] = {'short': 'p', 'arg': False,
'default': None,
'description': 'Dumps as a python list/file'}
option['ignore'] = {'short': 'v', 'arg': True,
'default': '0x007[3589abc].+|0x007[67]0001',
'description': 'A (python) regular expression of ROB hexadecimal numbers to ignore when making the robmap list. The comparision is done on a string basis, as a result of parsing each hit in a 0x%08x printf-like format'}
option['verbosity'] = {'short': 'V', 'arg': True,
'default': logging.INFO,
'description': 'From which level to print system messages [%d, %d]. For details please consult the documentation of python\'s "logging" module' % (logging.NOTSET, logging.CRITICAL)}
parser = myopt.Parser(extra_args=True)
for (k,v) in option.items():
parser.add_option(k, v['short'], v['description'], v['arg'], v['default'])
if len(sys.argv) == 1:
print parser.usage('global "%s" options:' % sys.argv[0])
sys.exit(1)
#process the global options
(kwargs, extra) = parser.parse(sys.argv[1:], prefix='global "%s" options:' % sys.argv[0])
#now the things which require global defaults
logging.getLogger('').setLevel(kwargs['verbosity'])
# os.environ['TDAQ_ERS_DEBUG_LEVEL'] = str(kwargs['debug'])
import eformat
stream = eformat.istream(extra)
rob_list = set()
sys.stderr.write('Processing %s events' % len(stream))
for event in stream:
sys.stderr.write('.')
sys.stderr.flush()
for rob in event: rob_list.add(rob.source_id().code())
sys.stderr.write('\n')
if kwargs['py']:
print "#!/usr/bin/env tdaq_python\n"
print "# This ROB hitlist was generated automatically by %s" % \
os.path.basename(sys.argv[0])
print "# It is a python application you can customize. "
print "# Consult the eformat wiki page. "
print "# Current date and time is", datetime.datetime(1,1,1).now()
print ""
keys = list(rob_list)
keys.sort()
# checks if we need to apply filtering...
if len(kwargs['ignore'].strip()) != 0:
import re
ignore = re.compile(kwargs['ignore'].strip())
keys = [k for k in keys if not ignore.match('0x%08x' % k)]
if kwargs['py']:
print "# original filename list"
print "filename = []\n"
for k in extra: print "filename.append('%s')" % k
print ""
print "# uniq'fied robhit list"
print "robhit = []\n"
for k in keys:
print "robhit.append(0x%08x)" % k
print "\nimport logging"
print "logging.info('ROB hit list (extracted from %d file/s) contains %d unique hits' % (len(filename), len(robhit)))"
else:
print "# These unique identifiers were extracted from:"
for k in extra: print "# %s" % k
print ""
rob_map = random(keys, kwargs['number-of-ross'])
for k in keys:
print "0x%08x\tROS-%d" % (k, rob_map[k])
def ds_dump(bsfile):
"""Runs the dumping routines"""
# open a file
if (args.verbosity > 0):
print "=" * 100
print "Opening", bsfile
input = eformat.istream(bsfile)
if args.interactive:
import code
code.interact(local=locals())
event_count = 0
ds_ROB_counts = {}
offset = args.skip if args.skip else 0
for event in input:
if offset > 0:
offset -= 1
continue
event_count += 1
if args.events != None and event_count > args.events:
event_count -= 1
break
# Extract the DS module IDs and set the flag for finding the corresponding ROB
ds_module_ids = {}
for stag in event.stream_tag():
if (stag.type == 'calibration') and (
(stag.name).startswith('DataScouting_')):
ds_module_ids[int(
(stag.name).split('_')[1])] = (False, stag.name)
if not ds_ROB_counts.has_key(stag.name):
ds_ROB_counts[stag.name] = {
'ROBfound': 0,
'ROBnotFound': 0,
'noContainers': 0,
'emptyContainers': 0
}
# loop over the SubDetFragments and find DS ROBs
for f in event.children():
if (f.source_id().subdetector_id()
== eformat.helper.SubDetector.TDAQ_HLT) and (
ds_module_ids.has_key(f.source_id().module_id())):
if (args.verbosity >= 1):
print "======================= RunNumber : %d , Event: %d, LB: %d, LVL1_ID: %d, Global_ID: %d bunch-x: %d TT: x%x ==========================" \
% ( event.run_no(), event_count, event.lumi_block(), event.lvl1_id(), event.global_id(), event.bc_id(), event.lvl1_trigger_type())
# Print the stream tags
if (args.verbosity >= 1):
print ".. Stream Tags:", [(s.name, s.type)
for s in event.stream_tag()]
featureSizes = {}
if (args.verbosity >= 1):
print '.. %s %s %s bytes' % (f.__class__.__name__,
f.source_id(),
f.fragment_size_word() * 4)
try:
res.load(f)
ds_module_ids[f.source_id().module_id()] = (
True, ds_module_ids[f.source_id().module_id()][1]
) # The expected ROB was found
if (args.verbosity >= 2):
print_all_navigation(res)
for feature in res.nav_payload:
key = feature[0] + '#' + feature[1]
if not featureSizes.has_key(key):
featureSizes[key] = 0
featureSizes[key] += feature[2]
except Exception, ex:
print '... **** problems in analyzing payload', ex
print '... **** raw data[:10]', list(f.rod_data())[:10]
# check that feature containers are there and that they are not empty
if (featureSizes == {}):
if (args.verbosity >= 1):
print " FATAL : No containers are available for Data Scouting HLTResult with module ID = ", f.source_id(
).module_id(), ", Stream name = ", ds_module_ids[
f.source_id().module_id()][1]
ds_ROB_counts[ds_module_ids[f.source_id().module_id()]
[1]]['noContainers'] += 1
for item in featureSizes.iteritems():
if (item[1] == 0):
if (args.verbosity >= 1):
print " ERROR : Empty container for feature = ", item[
0]
ds_ROB_counts[ds_module_ids[f.source_id().module_id()]
[1]]['emptyContainers'] += 1
if (args.verbosity >= 2):
print ".. EOF DS HLTResult with module ID = ", f.source_id(
).module_id()
# check if all expected DS ROBs from the StreamTags were found
for item in ds_module_ids.iteritems():
if (item[1][0] == False):
if (args.verbosity >= 1):
print " FATAL : No Data Scouting HLTResult found for expected module ID = ", item[
0], ", Stream name = ", item[1][1]
ds_ROB_counts[item[1][1]]['ROBnotFound'] += 1
else:
ds_ROB_counts[item[1][1]]['ROBfound'] += 1
if c.id == socket.gethostname():
c.HW_Tag = '-'.join(os.environ['CMTCONFIG'].split('-')[:2])
db.updateObjects([c])
## If an L2PU/PT dies make this an error
apps = db.getObject('PTTemplateApplication')
apps += db.getObject('L2PUTemplateApplication')
for a in apps:
a.IfDies = 'Error'
a.IfFailed = 'Error'
## Get number of events from data file
import robhit
import eformat
events = len(eformat.istream(robhit.filename))
## Increase LVL2 timeout, set max number of events
l2sv = db.getObject('L2SVConfiguration')
for a in l2sv:
a.l2puTimeout_ms = 20000
a.eventMax = events
## Increase timeout for stop transition
efd = db.getObject('EFD_TemplateApplication')
for a in efd:
a.ActionTimeout = 600
a.ShortTimeout = 600
l2pu = db.getObject('L2PUConfiguration')
for a in l2pu:
def my_conf(argv):
"""Runs the dumping routines"""
import logging
from EventApps import myopt
option = {}
option['ignore'] = {
'short':
'v',
'arg':
True,
'default':
'0x007[3589abc].+|0x007[67]0001',
'description':
'A (python) regular expression of ROB hexadecimal numbers to ignore when making the robmap list. The comparision is done on a string basis, as a result of parsing each hit in a 0x%08x printf-like format'
}
option['verbosity'] = {
'short':
'V',
'arg':
True,
'default':
logging.INFO,
'description':
'From which level to print system messages [%d, %d]. For details please consult the documentation of python\'s "logging" module'
% (logging.NOTSET, logging.CRITICAL)
}
parser = myopt.Parser(extra_args=True)
for (k, v) in option.items():
parser.add_option(k, v['short'], v['description'], v['arg'],
v['default'])
if len(sys.argv) == 1:
print parser.usage('global "%s" options:' % sys.argv[0])
sys.exit(1)
#process the global options
(kwargs, extra) = parser.parse(sys.argv[1:],
prefix='global "%s" options:' % sys.argv[0])
#now the things which require global defaults
logging.getLogger('').setLevel(kwargs['verbosity'])
# os.environ['TDAQ_ERS_DEBUG_LEVEL'] = str(kwargs['debug'])
import eformat
stream = eformat.istream(extra)
rob_list = set()
sys.stderr.write('Processing %s events' % len(stream))
for event in stream:
sys.stderr.write('.')
sys.stderr.flush()
for rob in event:
rob_list.add(rob.source_id().code())
sys.stderr.write('\n')
print "# This ROB-ROS map was generated by %s" % \
os.path.basename(sys.argv[0])
print "# Current date and time is", datetime.datetime(1, 1, 1).now()
print "#"
keys = list(rob_list)
keys.sort()
# checks if we need to apply filtering...
if len(kwargs['ignore'].strip()) != 0:
import re
ignore = re.compile(kwargs['ignore'].strip())
keys = [k for k in keys if not ignore.match('0x%08x' % k)]
print "# These unique identifiers were extracted from:"
for k in extra:
print "# %s" % k
print "#"
print "svcMgr.ROBDataProviderSvc.RobRosMapping = {"
print "#"
print "# ROB id : ROS id = SubDetector Id "
print "#"
ros_count = 0
old_sub_det = 0
for k in keys:
if old_sub_det != eformat.helper.SourceIdentifier(
k).subdetector_id().real:
old_sub_det = eformat.helper.SourceIdentifier(
k).subdetector_id().real
ros_count = ros_count + 1
print "# %02i : Sub Detector = %s" % (
ros_count, eformat.helper.SourceIdentifier(k).subdetector_id())
print " %s : %s ," % (hex(
k), hex(eformat.helper.SourceIdentifier(k).subdetector_id().real))
print "}"
def test02_CanCheckTreeEvent(self): input = eformat.istream(INPUT) input = eformat.istream(INPUT) for event in input: event.check_tree()
if __name__ == "__main__":
if len(sys.argv) <= 1:
print "Syntax: trigbs_prescaleL1.py FILE"
sys.exit(1)
log.setLevel(logging.DEBUG)
kwargs = {
'configuration': {
'db-server': 'TRIGGERDB_RUN1',
'db-extra': {
'lvl1key': 300
}
}
}
kwargs = {
'configuration': {
'db-server': 'TRIGGERDBREPR',
'db-extra': {
'lvl1key': 30
}
}
}
os = eformat.ostream()
for e in eformat.istream(sys.argv[1]):
kwargs['event'] = e
new_event = modify_general(**kwargs)
os.write(new_event)
def peb_writer(argv):
"""Runs the splitting routines"""
import eformat, logging
import EventApps.myopt as myopt
option = {}
# run mode options
option['start-event'] = {
'short': 'a',
'arg': True,
'default': 0,
'group': 'Run mode',
'description':
'Number of events which should be skippped from the begin'
}
option['max-events'] = {
'short':
'n',
'arg':
True,
'default':
0,
'group':
'Run mode',
'description':
'Maximum number of events in the output file. 0 means, all useful events from the input.'
}
option['verbosity'] = {
'short': 'v',
'arg': True,
'default': logging.INFO,
'group': 'Run mode',
'description': 'Log verbosity'
}
option['progress-bar'] = {
'short': 'P',
'arg': False,
'default': None,
'group': 'Run mode',
'description': 'Show progress bar when running interactively'
}
option['output-dir'] = {
'short': 'd',
'arg': True,
'default': '.',
'group': 'Run mode',
'description': 'Directory in which the output file should be written'
}
# stream tag options
option['stream-name'] = {
'short': 's',
'arg': True,
'default': 'DataScouting_05_Jets',
'group': 'Stream Tag',
'description': 'Name of stream which should be written out'
}
option['project-tag'] = {
'short': 'p',
'arg': True,
'default': 'data18_13Tev',
'group': 'Stream Tag',
'description': 'Project tag which should be used for the output file'
}
option['lumi-block'] = {
'short':
'l',
'arg':
True,
'default':
0,
'group':
'Stream Tag',
'description':
'Lumiblock number used for the output file. Use 0 if multiple LB in file.'
}
parser = myopt.Parser(extra_args=True)
for (k, v) in option.items():
parser.add_option(k, v['short'], v['description'], v['arg'],
v['default'], v['group'])
if len(sys.argv) == 1:
print parser.usage('global "%s" options:' % sys.argv[0])
sys.exit(1)
# process the global options
(kwargs, extra) = parser.parse(sys.argv[1:],
prefix='global "%s" options:' % sys.argv[0])
# global defaults
logging.getLogger('').name = os.path.splitext(os.path.basename(
sys.argv[0]))[0]
logging.getLogger('').setLevel(kwargs['verbosity'])
# input data stream
stream = eformat.istream(extra)
# input event counter
totalEvents_in = 0
# get metadata from inputfile
dr = eformat.EventStorage.pickDataReader(extra[0])
# parameters for building the output file name
runNumber = dr.runNumber()
outputDirectory = kwargs['output-dir']
streamName = kwargs['stream-name']
projectTag = kwargs['project-tag']
lumiBlockNumber = kwargs[
'lumi-block'] # if output file can have multiple lumi blocks, use 0
applicationName = 'athenaHLT'
productionStep = 'merge' # output file with multiple lumi blocks
streamType = 'unknown' # the real stream type will be extracted from the matching stream tag
# check the output directory if it exists
if (not os.path.exists(outputDirectory)) or (
not os.path.isdir(outputDirectory)):
logging.fatal(' Output directory %s does not exist ' % outputDirectory)
sys.exit(1)
# output event counter
totalEvents_out = 0
# counter of skipped events
totalEvents_skipped = 0
# Loop over events
for e in stream:
totalEvents_in += 1
# select events
if kwargs['start-event'] > 0:
kwargs['start-event'] -= 1
totalEvents_skipped += 1
continue
if kwargs['max-events'] > 0 and totalEvents_in >= kwargs['max-events']:
logging.info(' Maximum number of events reached : %d' %
kwargs['max-events'])
break
# find StreamTags and see if there is a match
streamTags = e.stream_tag()
logging.debug(' === New Event nr = %s (Run,Global ID) = (%d,%d) === ' %
(totalEvents_in, e.run_no(), e.global_id()))
for tag in streamTags:
if tag.name == streamName:
# the event should be written out
logging.debug(' Matching event found for stream tag = %s' %
tag)
logging.debug(' Stream Tag:Robs = %s' %
[hex(r) for r in tag.robs])
logging.debug(' Stream Tag:Dets = %s' %
[hex(d) for d in tag.dets])
# check the lumi block number from the event against the lumi block number defined for the file
# this check is only done if the lumi block number for the file is different from 0
if lumiBlockNumber > 0:
if e.lumi_block() != lumiBlockNumber:
logging.error(
' Event (Run,Global ID) = (%d,%d) has a lumi block number %d,'
' which is different from LB = %d for the output file. Event skipped.'
% (e.run_no(), e.global_id(), e.lumi_block(),
lumiBlockNumber))
continue
# check that all events have the same run number as the output file indicates otherwise skip event
if e.run_no() != runNumber:
logging.error(
' Event (Run,Global ID) = (%d,%d) has a run number,'
' which is different from the run number = %d for the output file. Event skipped.'
% (e.run_no(), e.global_id(), runNumber))
continue
# set the overall tag type for the first match
if streamType != tag.type:
streamType = tag.type
logging.debug(' streamType set to = %s' % streamType)
# create the RAW output file name
outRawFile = eformat.EventStorage.RawFileName(
projectTag, runNumber, streamType, streamName,
lumiBlockNumber, applicationName, productionStep)
logging.debug(' set output file name = %s' %
outRawFile.fileNameCore())
# create the output stream
ostream = eformat.ostream(
directory=outputDirectory,
core_name=outRawFile.fileNameCore(),
run_number=dr.runNumber(),
trigger_type=dr.triggerType(),
detector_mask=dr.detectorMask(),
beam_type=dr.beamType(),
beam_energy=dr.beamEnergy())
# decide what to write out
if streamType == 'physics' or streamType == 'express' or (len(
tag.robs) == 0 and len(tag.dets) == 0):
# write out the full event fragment
pbev = eformat.write.FullEventFragment(e)
logging.debug(' Write full event fragment ')
else:
# select ROBs to write out
rob_output_list = []
logging.debug(' Write partial event fragment ')
for rob in e:
if rob.source_id().code() in tag.robs:
rob_output_list.append(rob)
if rob.source_id().subdetector_id() in tag.dets:
rob_output_list.append(rob)
# write out the partial event fragment
pbev = eformat.write.FullEventFragment()
pbev.copy_header(e)
for out_rob in rob_output_list:
pbev.append_unchecked(out_rob)
# put the event onto the output stream
ostream.write(pbev)
if (logging.getLogger('').getEffectiveLevel() >
logging.DEBUG) and kwargs['progress-bar']:
sys.stdout.write('.')
sys.stdout.flush()
# increase output event counter
totalEvents_out += 1
# print final statistics
logging.info('Total number of events processed = %d ' %
totalEvents_in)
logging.info('Number of events skipped at the beginning = %d ' %
totalEvents_skipped)
logging.info('Number of events written to output file = %d ' %
totalEvents_out)
if totalEvents_out > 0:
logging.info('Output file = %s ' %
ostream.last_filename())
sys.exit(0)
# root://eosatlas//eos/atlas/atlastier0/rucio/data15_13TeV/physics_EnhancedBias/00266904/data15_13TeV.00266904.physics_EnhancedBias.merge.RAW/data15_13TeV.00266904.physics_EnhancedBias.merge.RAW._lb0410._SFO-1._0001.1
import sys
import eformat
import libpyevent_storage as EventStorage
files=[]
#print len(sys.argv),sys.argv
if len(sys.argv)<=1:
files=[topoFile]
else:
files=sys.argv[1:]
maxevents=500
streamT = eformat.istream(files)
print 'The total number of events in files is %d' % (len(streamT))
if len(streamT)>maxevents:
print 'Max events=',maxevents
print 'Files:', files
fragmentSizes={}
tt_mismatches=0
counter=0
sid_counts={}
for eventT in streamT:
counter+=1
if counter>maxevents:
break
print "\n>>> counter, event global_id, LB, bc_id, lvl1_id, l1tt:", counter, eventT.global_id(), eventT.lumi_block(), eventT.bc_id(), eventT.lvl1_id(), eventT.lvl1_trigger_type()
# CTP
ctpSIDs= [r.source_id() for r in eventT.children() if r.source_id().subdetector_id()==eformat.helper.SubDetector.TDAQ_CTP]
def test06_CanGetROBsFromEvent(self):
input = eformat.istream(INPUT)
for event in input:
for i in range(event.nchildren()):
rob = event[i]
self.assertEqual(type(rob), eformat.ROBFragment)
def EDMDecodingVersion():
log = logging.getLogger("EDMDecodingVersion")
# BYTESTREAM: decide Run3 or later based on ROD version, decide Run1/Run2 based on run number
if globalflags.InputFormat.is_bytestream():
# Check HLT ROD version in first event of first input file
from AthenaCommon.AthenaCommonFlags import athenaCommonFlags
inputFileName = athenaCommonFlags.FilesInput()[0]
if not inputFileName and athenaCommonFlags.isOnline():
log.info(
"Online reconstruction mode, no input file available. Leaving default TriggerFlags.EDMDecodingVersion=%d",
TriggerFlags.EDMDecodingVersion())
return
import eformat
from libpyeformat_helper import SubDetector
bs = eformat.istream(inputFileName)
rodVersionM = -1
rodVersionL = -1
# Find the first HLT ROBFragment in the first event
for robf in bs[0]:
if robf.rob_source_id().subdetector_id() == SubDetector.TDAQ_HLT:
rodVersionM = robf.rod_minor_version() >> 8
rodVersionL = robf.rod_minor_version() & 0xFF
log.debug("HLT ROD minor version from input file is %d.%d",
rodVersionM, rodVersionL)
break
if rodVersionM < 0 or rodVersionL < 0:
log.warning(
"Cannot determine HLT ROD version from input file, falling back to runNumber-based decision"
)
elif rodVersionM >= 1:
TriggerFlags.EDMDecodingVersion = 3
log.info(
"Decoding version set to 3, because running on BS file with HLT ROD version %d.%d",
rodVersionM, rodVersionL)
return
# Use run number to determine decoding version
from RecExConfig.AutoConfiguration import GetRunNumber
runNumber = GetRunNumber()
boundary_run12 = 230000
boundary_run23 = 368000
if runNumber <= 0:
log.error(
"Cannot determine decoding version because run number %d is invalid. Leaving the default version %d",
runNumber, TriggerFlags.EDMDecodingVersion())
elif runNumber < boundary_run12:
# Run-1 data
TriggerFlags.EDMDecodingVersion = 1
TriggerFlags.doMergedHLTResult = False
log.info(
"Decoding version set to 1 based on BS file run number (runNumber < %d)",
boundary_run12)
elif runNumber < boundary_run23:
# Run-2 data
TriggerFlags.EDMDecodingVersion = 2
log.info(
"Decoding version set to 2 based on BS file run number (%d < runNumber < %d)",
boundary_run12, boundary_run23)
else:
# Run-3 data
TriggerFlags.EDMDecodingVersion = 3
log.info(
"Decoding version set to 3 based on BS file run number (runNumber > %d)",
boundary_run23)
else:
# POOL files: decide based on HLT output type present in file
from RecExConfig.ObjKeyStore import cfgKeyStore
from PyUtils.MetaReaderPeeker import convert_itemList
cfgKeyStore.addManyTypesInputFile(convert_itemList(layout='#join'))
TriggerFlags.doMergedHLTResult = True
if cfgKeyStore.isInInputFile("HLT::HLTResult", "HLTResult_EF"):
TriggerFlags.EDMDecodingVersion = 1
TriggerFlags.doMergedHLTResult = False
log.info(
"Decoding version set to 1, because HLTResult_EF found in POOL file"
)
elif cfgKeyStore.isInInputFile("xAOD::TrigNavigation",
"TrigNavigation"):
TriggerFlags.EDMDecodingVersion = 2
log.info(
"Decoding version set to 2, because TrigNavigation found in POOL file"
)
elif cfgKeyStore.isInInputFile("xAOD::TrigCompositeContainer",
"HLTNav_Summary"):
TriggerFlags.EDMDecodingVersion = 3
log.info(
"Decoding version set to 3, because HLTNav_Summary found in POOL file"
)
elif rec.readRDO():
# If running Trigger on RDO input (without previous trigger result), choose Run-2 or Run-3 based on doMT
if TriggerFlags.doMT():
TriggerFlags.EDMDecodingVersion = 3
log.info(
"Decoding version set to 3, because running Trigger with doMT=True"
)
else:
TriggerFlags.EDMDecodingVersion = 2
log.info(
"Decoding version set to 2, because running Trigger with doMT=False"
)
else:
log.warning(
"Cannot recognise HLT EDM format, leaving default TriggerFlags.EDMDecodingVersion=%d",
TriggerFlags.EDMDecodingVersion())
def main(filelist, chain_to_write, max, run_number):
####### Input-Output Info follows
input_file = filelist
tmpdir =commands.getoutput("echo $TMPDIR")
if (os.path.exists(tmpdir)):
print tmpdir,"already exists"
else:
print "Generating",tmpdir
os.system("mkdir $TMPDIR")
currentTime = datetime.now().strftime("%Y-%m-%d_%H%M%S")
os.system("mkdir $TMPDIR/"+currentTime)
output_dir = tmpdir+"/"+currentTime
print
print '****** Output dir is:',output_dir,'******'
print
flag_written=(0,0)
write_counter = 0
print "Opening file: %s" % (input_file)
print "Will write to file chain: ", chain_to_write
file = open(input_file,'r')
line_counter = 0
for line in file:
# print line.strip(), flag_written
if (flag_written[0]==1): break
command_cp_from_CAF = 'rfcp '+line.strip()+" "+tmpdir+'/Data.data'
print command_cp_from_CAF
os.system(command_cp_from_CAF)
try:
file_to_read = tmpdir+'/Data.data'
print "Opening file of input file: %s" % line.strip()
line_counter+=1
input = eformat.istream(file_to_read.strip())
## Updated from Brian's script - this info needs to be attached in all output files.
dr=EventStorage.pickDataReader(file_to_read.strip())
output = eformat.ostream(core_name="subset",
directory=output_dir,
run_number=dr.runNumber(),
trigger_type=dr.triggerType(),
detector_mask=dr.detectorMask(),
beam_type=dr.beamType(),
beam_energy=dr.beamEnergy())
(flag_written,write_counter) = event_analysis(input, output, chain_to_write, max, run_number, write_counter)
print '... Processed File #',line_counter
print '... Events written out so far',write_counter
print
command_delete = 'rm -rf '+tmpdir+'/Data.data'
print command_delete
os.system(command_delete)
print
print
if (flag_written[1]==1):
if (int(max)==-1):
print "*** Wrote all available events", write_counter
tmp_file_name = output.last_filename()
del output
output_name = output_dir+"/"+run_number+"_"+chain_to_write+"_"+max+"_"+stream_name+"_"+str(line_counter)
print "Writting output file: ", output_name,"with",write_counter,"events"
os.rename(tmp_file_name,output_name)
print
print
os.system("rm -rf "+filelist)
except NameError, IOError:
print "OOPS! Input Data File Not Found - or a Bug..!"
def _process_bs_file(self, fname, evtmax=1, full_details=True):
import eformat as ef
data_reader = ef.EventStorage.pickDataReader(fname)
assert data_reader, \
'problem picking a data reader for file [%s]'%fname
beam_type = '<beam-type N/A>'
try:
beam_type = data_reader.beamType()
except Exception:
msg.warning("problem while extracting beam-type information")
beam_energy = '<beam-energy N/A>'
try:
beam_energy = data_reader.beamEnergy()
except Exception:
msg.warning("problem while extracting beam-type information")
bs = ef.istream(fname)
self._metadata['nentries'] = bs.total_events
bs_metadata = {}
for md in data_reader.freeMetaDataStrings():
if md.startswith('Event type:'):
k = 'evt_type'
v = []
if 'is sim' in md: v.append('IS_SIMULATION')
else: v.append('IS_DATA')
if 'is atlas' in md: v.append('IS_ATLAS')
else: v.append('IS_TESTBEAM')
if 'is physics' in md: v.append('IS_PHYSICS')
else: v.append('IS_CALIBRATION')
bs_metadata[k] = tuple(v)
elif md.startswith('GeoAtlas:'):
k = 'geometry'
v = md.split('GeoAtlas:')[1].strip()
bs_metadata[k] = v
elif md.startswith('IOVDbGlobalTag:'):
k = 'conditions_tag'
v = md.split('IOVDbGlobalTag:')[1].strip()
bs_metadata[k] = v
elif '=' in md:
k, v = md.split('=')
bs_metadata[k] = v
# for bwd/fwd compat...
# see: https://savannah.cern.ch/bugs/?73208
# needed for very old BS
for key_name, fn_name in (
('GUID', 'GUID'),
('Stream', 'stream'),
('Project', 'projectTag'),
('LumiBlock', 'lumiblockNumber'),
('run_number', 'runNumber'),
):
if key_name in bs_metadata:
# no need: already in bs metadata dict
continue
if hasattr(data_reader, fn_name):
bs_metadata[key_name] = getattr(data_reader, fn_name)()
self._metadata['file_guid'] = bs_metadata.get('GUID', None)
self._metadata['evt_type'] = bs_metadata.get('evt_type', [])
self._metadata['geometry'] = bs_metadata.get('geometry', None)
self._metadata['conditions_tag'] = bs_metadata.get(
'conditions_tag', None)
self._metadata['bs_metadata'] = bs_metadata
if not data_reader.good():
# event-less file...
self._metadata['run_number'].append(
bs_metadata.get('run_number', 0))
self._metadata['lumi_block'].append(bs_metadata.get(
'LumiBlock', 0))
return
if evtmax == -1:
evtmax = bs.total_events
ievt = iter(bs)
for i in range(evtmax):
try:
evt = next(ievt)
evt.check() # may raise a RuntimeError
stream_tags = [
dict(stream_type=tag.type,
stream_name=tag.name,
obeys_lbk=bool(tag.obeys_lumiblock))
for tag in evt.stream_tag()
]
self._metadata['run_number'].append(evt.run_no())
self._metadata['evt_number'].append(evt.global_id())
self._metadata['lumi_block'].append(evt.lumi_block())
self._metadata['run_type'].append(
ef.helper.run_type2string(evt.run_type()))
self._metadata['beam_type'].append(beam_type)
self._metadata['beam_energy'].append(beam_energy)
self._metadata['stream_tags'].extend(stream_tags)
except RuntimeError as err:
print("** WARNING ** detected a corrupted bs-file:\n", err)
