def main(options):
check_and_adjust(options)
matching.__okErrF = sw.fedList(options.okErrF)
matching.__utcaBcnDelta = options.utcaBcnDelta
matching.__utcaPipelineDelta = options.utcaPipelineDelta
if options.noColor:
printer.__color = False
if options.noLoop:
goCode = 0
else:
analyze.setup()
if options.profile:
import cProfile
cProfile.runctx("go(options)", globals(), locals(), sort="time")
goCode = 0 # FIXME
else:
goCode = go(options)
if options.feds2 and 0 <= options.dump:
analyze.printChannelSummary(options.outputFile)
if not options.noPlot:
graphs.main(options)
return goCode
def main(options):
check_and_adjust(options)
matching.__okErrF = sw.fedList(options.okErrF)
matching.__utcaBcnDelta = options.utcaBcnDelta
matching.__utcaPipelineDelta = options.utcaPipelineDelta
if options.noColor:
printer.__color = False
if options.noLoop:
goCode = 0
else:
analyze.setup()
if options.profile:
import cProfile
cProfile.runctx("go(options)", globals(), locals(), sort="time")
goCode = 0 # FIXME
else:
goCode = go(options)
if options.feds2 and 0 <= options.dump:
analyze.printChannelSummary(options.outputFile)
if not options.noPlot:
graphs.main(options)
return goCode
def shortlists():
for i, (inp, out), in enumerate([(sw.fedList("HO"), "724-731"),
(sw.fedList("1118,HO"), "724-731,1118"),
(sw.fedList("HCAL"), "724-731,1100-1123,1134-1135"),
(sw.fedList("1118,HO,1111,1118,670"), "670,724-731,1111,1118"),
(sw.fedList("1118,HO,1111,670,671"), "670-671,724-731,1111,1118"),
([1118, 1134, 1135], "1118,1134-1135"),
]):
result = utils.shortList(inp)
if result != out:
print("%2d" % i)
print(" Input:", inp)
print(" Expected: ", out)
print(" Result: ", result)
print("")
return
def shortlists():
for i, (inp, out), in enumerate([(sw.fedList("HO"), "724-731"),
(sw.fedList("1118,HO"), "724-731,1118"),
(sw.fedList("HCAL"), "724-731,1100,1102,1104,1106,1108,1110,1112,1114,1116,1118-1123,1134"),
(sw.fedList("1118,HO,1111,1118,670"), "670,724-731,1111,1118"),
(sw.fedList("1118,HO,1111,670,671"), "670-671,724-731,1111,1118"),
([1118, 1134, 1135], "1118,1134-1135"),
]):
result = utils.shortList(inp)
if result != out:
print "%2d" % i
print " Input:", inp
print " Expected: ", out
print " Result: ", result
print
return
def processed(options):
if not all([options.file1, options.feds1]):
sys.exit("--file1 and --feds1 are required (see './oneRun.py --help').")
if not options.outputFile.endswith(".root"):
sys.exit("--output-file must end with .root (%s)" % options.outputFile)
if options.file2 and not options.feds2:
sys.exit("--file2 requires --feds2")
if 0 <= options.sparseLoop:
if options.file2:
sys.exit("--sparse-loop does not work with --file2")
if options.nEventsSkip:
sys.exit("--sparse-loop does not work with --nevents-skip")
matching.__ignoreCE = options.ignoreCE
matching.__utcaBcnDelta = options.utcaBcnDelta
matching.__utcaPipelineDelta = options.utcaPipelineDelta
printer.__color = not options.noColor
common = subset(options, ["dump", "firstNTs", "lastNAmcs", "nEventsMax", "nEventsSkip", "perTs", "progress", "sparseLoop"])
common.update(subset(options, ["noWarnQuality"], invert=True))
common["crateslots"] = sw.fedList(options.crateslots)
plugins = options.plugins.split(",")
if 1 <= options.dump and "printraw" not in plugins:
plugins.append("printraw")
if options.file2 and "compare" not in plugins:
plugins.append("compare")
common["plugins"] = [x for x in plugins if x]
outer = {"fedIds": sw.fedList(options.feds1),
"label": "files1",
"fileNames": options.file1}
outer.update(common)
inner = {}
if options.feds2:
inner = {"fedIds": sw.fedList(options.feds2),
"label": "files2",
"fileNames": options.file2 if options.file2 else options.file1}
inner.update(common)
return {"outer": outer,
"inner": inner,
"outputFile": options.outputFile,
"mapOptions": subset(options, ["printEventMap", "identityMap"]),
"options": subset(options, ["anyEmap", "printEmap", "printMismatches", "fewerHistos"])}
def processed(options):
if not all([options.file1, options.feds1]):
sys.exit("--file1 and --feds1 are required (see './oneRun.py --help').")
if not options.outputFile.endswith(".root"):
sys.exit("--output-file must end with .root (%s)" % options.outputFile)
if options.file2 and not options.feds2:
sys.exit("--file2 requires --feds2")
if 0 <= options.sparseLoop:
if options.file2:
sys.exit("--sparse-loop does not work with --file2")
if options.nEventsSkip:
sys.exit("--sparse-loop does not work with --nevents-skip")
matching.__okErrF = sw.fedList(options.okErrF)
matching.__utcaBcnDelta = options.utcaBcnDelta
matching.__utcaPipelineDelta = options.utcaPipelineDelta
printer.__color = not options.noColor
common = subset(options, ["dump", "firstNTs", "lastNAmcs", "nEventsMax", "nEventsSkip", "progress", "sparseLoop"])
common.update(subset(options, ["noUnpack", "noWarnQuality", "noWarnUnpack"], invert=True))
common["crateslots"] = sw.fedList(options.crateslots)
plugins = options.plugins.split(",")
if 1 <= options.dump and "printraw" not in plugins:
plugins.append("printraw")
if options.file2 and "compare" not in plugins:
plugins.append("compare")
common["plugins"] = filter(lambda x: x, plugins)
outer = {"fedIds": sw.fedList(options.feds1),
"label": "files1",
"fileNames": options.file1}
outer.update(common)
inner = {}
if options.feds2:
inner = {"fedIds": sw.fedList(options.feds2),
"label": "files2",
"fileNames": options.file2 if options.file2 else options.file1}
inner.update(common)
return {"outer": outer,
"inner": inner,
"outputFile": options.outputFile,
"mapOptions": subset(options, ["printEventMap", "identityMap"]),
"options": subset(options, ["anyEmap", "printEmap", "printMismatches", "fewerHistos"])}
def main(options):
if options.noLoop:
retCode = 0
feds1 = fedList(options.feds1)
feds2 = fedList(options.feds2)
elif options.profile:
pr = cProfile.Profile()
retCode, feds1, feds2 = pr.runcall(analyze.main, options)
pr.print_stats("time")
else:
retCode, feds1, feds2 = analyze.main(options)
if feds2 and 0 <= options.dump:
analyze.printChannelSummary(options.outputFile)
if not options.noPlot:
graphs.main(options.outputFile, feds1, feds2)
return retCode, feds1, feds2
def main(options, runs=[]):
roots = []
feds1s = []
feds2s = []
for run in runs:
if run == 239895:
options.hhmm = 2212
else:
options.hhmm = None
options.file1 = ""
options.file2 = ""
if not look.main(options, [run], quiet=True):
roots.append(options.outputFile)
feds1s.append(fedList(options.feds1))
feds2s.append(fedList(options.feds2))
plot(roots, feds1s, feds2s)
def main(options, runs=[]):
roots = []
feds1s = []
feds2s = []
for run in runs:
if run == 239895:
options.hhmm = 2212
else:
options.hhmm = None
options.file1 = ""
options.file2 = ""
if not look.main(options, [run], quiet=True):
roots.append(options.outputFile)
feds1s.append(fedList(options.feds1))
feds2s.append(fedList(options.feds2))
plot(roots, feds1s, feds2s)
def main(options):
if options.noLoop:
retCode = 0
feds1 = fedList(options.feds1)
feds2 = fedList(options.feds2)
elif options.profile:
pr = cProfile.Profile()
retCode, feds1, feds2 = pr.runcall(analyze.main, options)
pr.print_stats("time")
else:
retCode, feds1, feds2 = analyze.main(options)
if feds2 and 0 <= options.dump:
analyze.printChannelSummary(options.outputFile)
if not options.noPlot:
graphs.main(options.outputFile, feds1, feds2)
return retCode, feds1, feds2
def subset(options, l, process=False, invert=False):
assert not (process and invert)
out = {}
for item in l:
value = getattr(options, item)
if process:
out[item] = sw.fedList(value)
elif invert:
# "noFoo": True --> "foo": False
out[item[2].lower() + item[3:]] = not value
else:
out[item] = value
return out
def subset(options, l, process=False, invert=False):
assert not (process and invert)
out = {}
for item in l:
value = getattr(options, item)
if process:
out[item] = sw.fedList(value)
elif invert:
# "noFoo": True --> "foo": False
out[item[2].lower() + item[3:]] = not value
else:
out[item] = value
return out
def go(options):
kargs = subset(options, ["feds1", "feds2"], process=True)
kargs.update(subset(options, ["nEvents", "nEventsSkip", "outputFile", "noUnpack", "patterns", "sparseLoop"]))
kargs["compareOptions"] = subset(options, ["anyEmap", "printEmap"])
kargs["mapOptions"] = subset(options, ["printEventMap", "identityMap"])
kargs["printOptions"] = subset(options, ["dump", "progress"])
kargs["printOptions"].update(subset(options, ["noWarnUnpack", "noWarnQuality"], invert=True))
kargs["printOptions"]["crateslots"] = sw.fedList(options.crateslots)
for iFile in [1, 2]:
value = getattr(options, "file%d" % iFile)
if value:
kargs["files%d" % iFile] = value.split(",")
return analyze.oneRun(**kargs)
def go(options):
kargs = subset(options, ["feds1", "feds2"], process=True)
kargs.update(
subset(options, [
"nEvents", "nEventsSkip", "outputFile", "noUnpack", "patterns",
"sparseLoop"
]))
kargs["compareOptions"] = subset(
options, ["anyEmap", "printEmap", "printMismatches", "fewerHistos"])
kargs["mapOptions"] = subset(options, ["printEventMap", "identityMap"])
kargs["printOptions"] = subset(options, ["dump", "progress"])
kargs["printOptions"].update(
subset(options, ["noWarnUnpack", "noWarnQuality"], invert=True))
kargs["printOptions"]["crateslots"] = sw.fedList(options.crateslots)
for iFile in [1, 2]:
value = getattr(options, "file%d" % iFile)
if value:
kargs["files%d" % iFile] = value.split(",")
return analyze.oneRun(**kargs)
def main(options):
makeSummaryPdf(inputFile=options.outputFile,
feds1=sw.fedList(options.feds1),
feds2=sw.fedList(options.feds2),
pdf=options.outputFile.replace(".root", ".pdf"),
)
def main(options):
makeSummaryPdf(inputFile=options.outputFile,
feds1=sw.fedList(options.feds1),
feds2=sw.fedList(options.feds2),
pdf=options.outputFile.replace(".root", ".pdf"),
)
