def addTier1Skim(config, skimName, dataTier, primaryDataset, cmsswVersion,
processingVersion, configURL, globalTag, twoFileRead = False,
skimNode = None):
"""
_addTier1Skim_
Add the configuration of a skim that is to be run over a particular primary
dataset and data tier at a particular site to the Tier0 configuration. The
skims will be launched as blocks are transfered to the site. The site name
must correspond to the site name in the ProdAgent JobQueue.
"""
datasetConfig = config.Datasets.section_(primaryDataset)
skimConfig = ConfigSection(name = "SomeTier1Skim")
skimConfig.PrimaryDataset = primaryDataset
skimConfig.DataTier = dataTier
skimConfig.SkimName = skimName
skimConfig.CMSSWVersion = cmsswVersion
skimConfig.ConfigURL = configURL
skimConfig.GlobalTag = globalTag
skimConfig.ProcessingVersion = processingVersion
skimConfig.TwoFileRead = twoFileRead
skimConfig.Node = skimNode
datasetConfig.Tier1Skims.append(skimConfig)
return
def __init__(self, name):
ConfigSection.__init__(self, name)
self._internal_treetop = False
self.section_("tree")
self.tree.section_("children")
self.tree.childNames = []
self.tree.parent = None
def __init__(self, name):
ConfigSection.__init__(self, name)
self._internal_treetop = False
self.section_("tree")
self.tree.section_("children")
self.tree.childNames = []
self.tree.parent = None
def testForwardSinkBasic(self):
config = ConfigSection("forward")
# address of the Processor, resp. Receiver to forward Alerts to
config.address = self.address1
config.controlAddr = self.controlAddr1
config.label = "ForwardSinkTest"
forwarder = ForwardSink(config)
def testForwardSinkBasic(self):
config = ConfigSection("forward")
# address of the Processor, resp. Receiver to forward Alerts to
config.address = self.address1
config.controlAddr = self.controlAddr1
config.label = "ForwardSinkTest"
forwarder = ForwardSink(config)
def testF(self):
"""
Test internal functions pythonise_, listSections_
"""
config = ConfigSection("config")
config.section_("SectionA")
config.section_("SectionB")
config.SectionA.section_("Section1")
config.SectionA.section_("Section2")
config.SectionA.Section1.x = 100
config.SectionA.Section1.y = 100
pythonise = config.pythonise_()
assert "config.section_('SectionA')" in pythonise, "Pythonise failed: Could not find SectionA"
assert "config.SectionA.Section1.x = 100" in pythonise, "Pythonise failed: Could not find x"
pythonise = config.SectionA.pythonise_()
assert "SectionA.section_('Section1')" in pythonise, "Pythonise failed: Could not find Section1"
assert "SectionA.Section1.x = 100" in pythonise, "Pythonise failed: Could not find x"
self.assertEqual(config.listSections_(), ['SectionB', 'SectionA'])
self.assertEqual(config.SectionA.listSections_(), ['Section2', 'Section1'])
def reportWorkflowToDashboard(self, dashboardActivity):
"""
_reportWorkflowToDashboard_
Gathers workflow information from the arguments and reports it to the
dashboard
"""
try:
#Create a fake config
conf = ConfigSection()
conf.section_('DashboardReporter')
conf.DashboardReporter.dashboardHost = self.dashboardHost
conf.DashboardReporter.dashboardPort = self.dashboardPort
#Create the reporter
reporter = DashboardReporter(conf)
#Assemble the info
workflow = {}
workflow['name'] = self.workloadName
workflow['application'] = self.frameworkVersion
workflow['TaskType'] = dashboardActivity
#Let's try to build information about the inputDataset
dataset = 'DoesNotApply'
if hasattr(self, 'inputDataset'):
dataset = self.inputDataset
workflow['datasetFull'] = dataset
workflow['user'] = '******'
#Send the workflow info
reporter.addTask(workflow)
except:
#This is not critical, if it fails just leave it be
logging.error("There was an error with dashboard reporting")
def reportWorkflowToDashboard(self, dashboardActivity):
"""
_reportWorkflowToDashboard_
Gathers workflow information from the arguments and reports it to the
dashboard
"""
try:
#Create a fake config
conf = ConfigSection()
conf.section_('DashboardReporter')
conf.DashboardReporter.dashboardHost = self.dashboardHost
conf.DashboardReporter.dashboardPort = self.dashboardPort
#Create the reporter
reporter = DashboardReporter(conf)
#Assemble the info
workflow = {}
workflow['name'] = self.workloadName
workflow['application'] = self.frameworkVersion
workflow['TaskType'] = dashboardActivity
#Let's try to build information about the inputDataset
dataset = 'DoesNotApply'
if hasattr(self, 'inputDataset'):
dataset = self.inputDataset
workflow['datasetFull'] = dataset
workflow['user'] = '******'
#Send the workflow info
reporter.addTask(workflow)
except:
#This is not critical, if it fails just leave it be
logging.error("There was an error with dashboard reporting")
def __init__(self, reportname=None):
self.data = ConfigSection("FrameworkJobReport")
self.data.steps = []
self.data.workload = "Unknown"
if reportname:
self.addStep(reportname=reportname)
return
def testH_ConfigSectionDictionariseInternalChildren(self):
"""
The test checks if any item of the dictionary_whole_tree_()
result is not unexpanded instance of ConfigSection.
"""
config = ConfigSection("config")
config.value1 = "MyValue1"
config.section_("Task1")
config.Task1.value2 = "MyValue2"
config.Task1.section_("subSection")
config.Task1.subSection.value3 = "MyValue3"
d = config.dictionary_whole_tree_()
for values in d.values():
self.assertFalse(isinstance(values, ConfigSection))
self.assertEqual(d["Task1"]["subSection"]["value3"], "MyValue3")
def testPSetFixup(self):
"""
_testPSetFixup_
Verify that all necessary parameters are set in the PSet.
"""
from WMCore.WMRuntime.Scripts.SetupCMSSWPset import SetupCMSSWPset
if os.environ.get('CMSSW_VERSION', None):
del os.environ['CMSSW_VERSION']
setupScript = SetupCMSSWPset()
setupScript.step = self.createTestStep()
setupScript.stepSpace = ConfigSection(name = "stepSpace")
setupScript.stepSpace.location = self.testDir
setupScript.job = self.createTestJob()
setupScript()
fixedPSet = self.loadProcessFromPSet()
self.assertEqual(len(fixedPSet.source.fileNames.value), 2,
"Error: Wrong number of files.")
self.assertEqual(len(fixedPSet.source.secondaryFileNames.value), 2,
"Error: Wrong number of secondary files.")
self.assertEqual(fixedPSet.source.fileNames.value[0], "/some/file/one",
"Error: Wrong input file.")
self.assertEqual(fixedPSet.source.fileNames.value[1], "/some/file/two",
"Error: Wrong input file.")
self.assertEqual(fixedPSet.source.secondaryFileNames.value[0], "/some/parent/one",
"Error: Wrong input file.")
self.assertEqual(fixedPSet.source.secondaryFileNames.value[1], "/some/parent/two",
"Error: Wrong input file.")
self.assertEqual(fixedPSet.maxEvents.input.value, -1,
"Error: Wrong maxEvents.")
def __init__(self, lfnBase, outputMods):
Configuration.__init__(self)
for out in outputMods:
setattr(self, out, ConfigSection("output"))
getattr(self, out)._internal_name = "output"
getattr(self, out).lfnBase = lfnBase #'/store/temp/user/mmascher/RelValProdTTbar/mc/v6'
StepConfiguration.outputMods = outputMods
def testEventsPerLumi(self):
"""
_testEventsPerLumi_
Verify that you can put in events per lumi in the process.
"""
from WMCore.WMRuntime.Scripts.SetupCMSSWPset import SetupCMSSWPset
setupScript = SetupCMSSWPset()
setupScript.step = self.createTestStep()
setupScript.step.setEventsPerLumi(500)
setupScript.stepSpace = ConfigSection(name="stepSpace")
setupScript.stepSpace.location = self.testDir
setupScript.job = self.createTestJob()
setupScript()
fixedPSet = self.loadProcessFromPSet()
self.assertEqual(len(fixedPSet.source.fileNames.value), 2,
"Error: Wrong number of files.")
self.assertEqual(len(fixedPSet.source.secondaryFileNames.value), 2,
"Error: Wrong number of secondary files.")
self.assertEqual(fixedPSet.source.fileNames.value[0], "/some/file/one",
"Error: Wrong input file.")
self.assertEqual(fixedPSet.source.fileNames.value[1], "/some/file/two",
"Error: Wrong input file.")
self.assertEqual(fixedPSet.source.secondaryFileNames.value[0],
"/some/parent/one", "Error: Wrong input file.")
self.assertEqual(fixedPSet.source.secondaryFileNames.value[1],
"/some/parent/two", "Error: Wrong input file.")
self.assertEqual(fixedPSet.source.numberEventsInLuminosityBlock.value,
500,
"Error: Wrong number of events per luminosity block")
self.assertEqual(fixedPSet.maxEvents.input.value, -1,
"Error: Wrong maxEvents.")
def __init__(self, name=None, files=None):
"""
A job has a jobgroup which gives it its subscription and workflow.
inputFiles is a list containing files associated to a job
last_update is the time the job last changed
"""
dict.__init__(self)
self.baggage = ConfigSection("baggage")
if files == None:
self["input_files"] = []
else:
self["input_files"] = files
self["id"] = None
self["jobgroup"] = None
self["name"] = name
self["state"] = 'new'
self["state_time"] = int(time.time())
self["outcome"] = "failure"
self["retry_count"] = 0
self["location"] = None
self["mask"] = Mask()
self["task"] = None
self["fwjr"] = None
self["fwjr_path"] = None
self["workflow"] = None
self["owner"] = None
return
def testCheckLumiInformation(self):
"""
_testCheckLumiInformation_
Test the function that checks if all files
have run lumi information
"""
myReport = Report("cmsRun1")
myReport.parse(self.xmlPath)
myReport.checkForRunLumiInformation(stepName="cmsRun1")
self.assertNotEqual(myReport.getExitCode(), 70452)
# Remove the lumi information on purpose
myReport2 = Report("cmsRun1")
myReport2.parse(self.xmlPath)
fRefs = myReport2.getAllFileRefsFromStep(step="cmsRun1")
for fRef in fRefs:
fRef.runs = ConfigSection()
myReport2.checkForRunLumiInformation(stepName="cmsRun1")
self.assertFalse(myReport2.stepSuccessful(stepName="cmsRun1"))
self.assertEqual(myReport2.getExitCode(), 70452)
return
def setUp(self):
self.testInit = TestInit(__file__)
self.testInit.setLogging(logLevel=logging.DEBUG)
self.testDir = self.testInit.generateWorkDir()
self.config = ConfigSection("file")
self.config.outputfile = os.path.join(self.testDir,
"FileSinkTestNew.json")
def testChainedProcesing(self):
"""
test for chained CMSSW processing - check the overriden TFC, its values
and that input files is / are set correctly.
"""
from WMCore.WMRuntime.Scripts.SetupCMSSWPset import SetupCMSSWPset
os.environ['CMSSW_VERSION'] = "CMSSW_7_6_0"
setupScript = SetupCMSSWPset()
setupScript.step = self.createTestStep()
setupScript.stepSpace = ConfigSection(name = "stepSpace")
setupScript.stepSpace.location = self.testDir
setupScript.job = self.createTestJob()
setupScript.step.setupChainedProcessing("my_first_step", "my_input_module")
setupScript()
# test if the overriden TFC is right
self.assertTrue(hasattr(setupScript.step.data.application, "overrideCatalog"),
"Error: overriden TFC was not set")
tfc = loadTFC(setupScript.step.data.application.overrideCatalog)
inputFile = "../my_first_step/my_input_module.root"
self.assertEqual(tfc.matchPFN("direct", inputFile), inputFile)
self.assertEqual(tfc.matchLFN("direct", inputFile), inputFile)
self.assertEqual(setupScript.process.source.fileNames.value, [inputFile])
def testChainedProcesing(self):
"""
test for chained CMSSW processing - check the overriden TFC, its values
and that input files is / are set correctly.
"""
from WMCore.WMRuntime.Scripts.SetupCMSSWPset import SetupCMSSWPset
setupScript = SetupCMSSWPset()
setupScript.step = self.createTestStep()
setupScript.stepSpace = ConfigSection(name="stepSpace")
setupScript.stepSpace.location = self.testDir
shutil.copyfile(
os.path.join(os.path.dirname(__file__), "WMTaskSpace", "cmsRun1",
"PSet.py"),
os.path.join(setupScript.stepSpace.location, "PSet.py"))
setupScript.job = self.createTestJob()
setupScript.step.setupChainedProcessing("my_first_step",
"my_input_module")
setupScript()
fixedPSet = self.loadProcessFromPSet(setupScript.stepSpace.location)
# test if the overriden TFC is right
print("DEBUG override: {0}".format(
setupScript.step.data.application.overrideCatalog))
self.assertTrue(
hasattr(setupScript.step.data.application, "overrideCatalog"),
"Error: overriden TFC was not set")
tfc = loadTFC(setupScript.step.data.application.overrideCatalog)
inputFile = "../my_first_step/my_input_module.root"
self.assertEqual(tfc.matchPFN("direct", inputFile), inputFile)
self.assertEqual(tfc.matchLFN("direct", inputFile), inputFile)
self.assertTrue(hasattr(fixedPSet.source, 'fileNames'))
def testEventsPerLumi(self):
"""
_testEventsPerLumi_
Verify that you can put in events per lumi in the process.
"""
from WMCore.WMRuntime.Scripts.SetupCMSSWPset import SetupCMSSWPset
setupScript = SetupCMSSWPset()
setupScript.step = self.createTestStep()
setupScript.step.setEventsPerLumi(500)
setupScript.stepSpace = ConfigSection(name="stepSpace")
setupScript.stepSpace.location = self.testDir
shutil.copyfile(
os.path.join(os.path.dirname(__file__), "WMTaskSpace", "cmsRun1",
"PSet.py"),
os.path.join(setupScript.stepSpace.location, "PSet.py"))
setupScript.job = self.createTestJob()
setupScript()
fixedPSet = self.loadProcessFromPSet(setupScript.stepSpace.location)
self.assertTrue(hasattr(fixedPSet.source, 'fileNames'))
self.assertTrue(hasattr(fixedPSet.source, 'secondaryFileNames'))
self.assertEqual(fixedPSet.source.numberEventsInLuminosityBlock._value,
500,
"Error: Wrong number of events per luminosity block")
self.assertEqual(fixedPSet.maxEvents.input._value, -1,
"Error: Wrong maxEvents.")
def testPSetFixup(self):
"""
_testPSetFixup_
Verify that all necessary parameters are set in the PSet.
"""
from WMCore.WMRuntime.Scripts.SetupCMSSWPset import SetupCMSSWPset
setupScript = SetupCMSSWPset()
setupScript.step = self.createTestStep()
setupScript.stepSpace = ConfigSection(name="stepSpace")
setupScript.stepSpace.location = self.testDir
shutil.copyfile(
os.path.join(os.path.dirname(__file__), "WMTaskSpace", "cmsRun1",
"PSet.py"),
os.path.join(setupScript.stepSpace.location, "PSet.py"))
setupScript.job = self.createTestJob()
setupScript()
fixedPSet = self.loadProcessFromPSet(setupScript.stepSpace.location)
self.assertTrue(hasattr(fixedPSet.source, 'fileNames'))
self.assertTrue(hasattr(fixedPSet.source, 'secondaryFileNames'))
self.assertEqual(fixedPSet.maxEvents.input._value, -1,
"Error: Wrong maxEvents.")
def __init__(self):
self.numCores = 0
self.sections = {}
self.values = {}
self.report = ConfigSection("performance")
#
# populate the aggregator with the list of expected keys
# based on the functions map above
# create a combined performance report with the appropriate sections
for red in AggrFunctions.keys():
self.values[red] = []
sect, param = red.split(".")
if not self.sections.has_key(sect):
self.sections[sect] = []
self.report.section_(sect)
if param not in self.sections[sect]:
self.sections[sect].append(param)
def setUp(self):
self.testInit = TestInitCouchApp(__file__)
self.testInit.setLogging()
dbName = "alerts-rest_sink"
self.testInit.setupCouch(dbName)
self.config = ConfigSection("rest")
self.config.uri = self.testInit.couchUrl + "/" + dbName
def __init__(self, name="test"):
ConfigSection.__init__(self, name)
self.objectType = self.__class__.__name__
# //persistent data
# //
#//
self.section_("persistency")
self.persistency.specUrl = None
# //
# // request related information
#//
self.section_("request")
self.request.priority = None # what should be the default value
# //
# // owner related information
#//
self.section_("owner")
# //
# // Policies applied to this workload by the processing system
#//
self.section_("policies")
self.policies.section_("start")
self.policies.section_("end")
self.policies.start.policyName = None
self.policies.end.policyName = None
# //
# // properties of the Workload and all tasks there-in
#//
self.section_("properties")
self.properties.acquisitionEra = None
self.properties.processingVersion = None
self.properties.unmergedLFNBase = "/store/unmerged"
self.properties.mergedLFNBase = "/store/data"
self.properties.dashboardActivity = None
# //
# // tasks
#//
self.section_("tasks")
self.tasks.tasklist = []
self.sandbox = None
self.initialJobCount = 0
def setUp(self):
self.testInit = TestInitCouchApp(__file__)
self.testInit.setLogging()
dbName = "couch_sink"
self.testInit.setupCouch(dbName)
self.config = ConfigSection("couch")
self.config.url = self.testInit.couchUrl
self.config.database = self.testInit.couchDbName
def __init__(self, reportname = None):
self.data = ConfigSection("FrameworkJobReport")
self.data.steps = []
self.data.workload = "Unknown"
if reportname:
self.addStep(reportname = reportname)
return
def setupPromptSkimConfigObject(self):
"""
_setupPromptSkimConfigObject_
Creates a custom config object for testing
of the skim functionality
"""
self.promptSkim = ConfigSection(name="Tier1Skim")
self.promptSkim.SkimName = "TestSkim1"
self.promptSkim.DataTier = "RECO"
self.promptSkim.TwoFileRead = False
self.promptSkim.ProcessingVersion = "PromptSkim-v1"
self.promptSkim.ConfigURL = "http://cmssw.cvs.cern.ch/cgi-bin/cmssw.cgi/CMSSW/Configuration/DataOps/python/prescaleskimmer.py?revision=1.1"
def testF(self):
"""
Test internal functions pythonise_, listSections_
"""
config = ConfigSection("config")
config.section_("SectionA")
config.section_("SectionB")
config.SectionA.section_("Section1")
config.SectionA.section_("Section2")
config.SectionA.Section1.x = 100
config.SectionA.Section1.y = 100
pythonise = config.pythonise_()
assert "config.section_('SectionA')" in pythonise, "Pythonise failed: Could not find SectionA"
assert "config.SectionA.Section1.x = 100" in pythonise, "Pythonise failed: Could not find x"
pythonise = config.SectionA.pythonise_()
assert "SectionA.section_('Section1')" in pythonise, "Pythonise failed: Could not find Section1"
assert "SectionA.Section1.x = 100" in pythonise, "Pythonise failed: Could not find x"
self.assertEqual(config.listSections_(), ['SectionB', 'SectionA'])
self.assertEqual(config.SectionA.listSections_(),
['Section2', 'Section1'])
def getOutputModulesForStep(self, stepName):
"""
_getOutputModulesForStep_
Retrieve all the output modules for the particular step.
"""
step = self.getStep(stepName)
if hasattr(step.data, "output"):
if hasattr(step.data.output, "modules"):
return step.data.output.modules
return ConfigSection()
def reportWorkflowToDashboard(self, dashboardActivity):
"""
_reportWorkflowToDashboard_
Gathers workflow information from the arguments and reports it to the
dashboard
"""
try:
# Create a fake config
conf = ConfigSection()
conf.section_("DashboardReporter")
conf.DashboardReporter.dashboardHost = self.dashboardHost
conf.DashboardReporter.dashboardPort = self.dashboardPort
# Create the reporter
reporter = DashboardReporter(conf)
# Assemble the info
workflow = {}
workflow["name"] = self.workloadName
workflow["application"] = self.frameworkVersion
workflow["scheduler"] = "BossAir"
workflow["TaskType"] = dashboardActivity
# Let's try to build information about the inputDataset
dataset = "DoesNotApply"
if hasattr(self, "inputDataset"):
dataset = self.inputDataset
workflow["datasetFull"] = dataset
workflow["user"] = "******"
# These two make are not reported for now
workflow["GridName"] = "NotAvailable"
workflow["nevtJob"] = "NotAvailable"
# Send the workflow info
reporter.addTask(workflow)
except:
# This is not critical, if it fails just leave it be
logging.error("There was an error with dashboard reporting")
def setUp(self):
self.config = ConfigSection("email")
self.config.fromAddr = "*****@*****.**"
self.config.toAddr = ["*****@*****.**", "*****@*****.**"]
self.config.smtpServer = "smtp.gov"
self.config.smtpUser = None
self.config.smtpPass = None
# now we want to mock smtp emailing stuff - via pymox - no actual
# email sending to happen
self.mox = mox.Mox()
self.smtpReal = EmailSinkMod.smtplib
EmailSinkMod.smtplib = self.mox.CreateMock(EmailSinkMod.smtplib)
self.smtp = self.mox.CreateMockAnything()
def __init__(self):
self.numCores = 0
self.sections = {}
self.values = {}
self.report = ConfigSection("performance")
#
# populate the aggregator with the list of expected keys
# based on the functions map above
# create a combined performance report with the appropriate sections
for red in AggrFunctions.keys():
self.values[red] = []
sect, param = red.split(".")
if not self.sections.has_key(sect):
self.sections[sect] = []
self.report.section_(sect)
if param not in self.sections[sect]:
self.sections[sect].append(param)
def __init__(self, location, inputFiles, runAndLumis, agentNumber, lfnBase, outputMods, firstEvent=0, lastEvent=-1, firstLumi=None,\
firstRun=None, seeding=None, lheInputFiles=False, oneEventMode=False, eventsPerLumi=None, maxRuntime=None):
SetupCMSSWPset.__init__(self, crabPSet=True)
self.stepSpace = ConfigSection()
self.stepSpace.location = location
self.step = StepConfiguration(lfnBase, outputMods)
self.step.section_("data")
self.step.data._internal_name = "cmsRun"
self.step.data.section_("application")
self.step.data.application.section_("configuration")
self.step.data.application.section_("command")
self.step.data.application.section_("multicore")
self.step.data.application.command.configuration = "PSet.py"
self.step.data.application.command.oneEventMode = oneEventMode in [
"1", "True", True
]
self.step.data.application.command.memoryCheck = False
self.step.data.application.command.silentMemoryCheck = True
# self.step.data.application.configuration.pickledarguments.globalTag/globalTagTransaction
if eventsPerLumi:
self.step.data.application.configuration.eventsPerLumi = eventsPerLumi
if maxRuntime:
self.step.data.application.configuration.maxSecondsUntilRampdown = maxRuntime
self.step.data.section_("input")
self.job = jobDict(lheInputFiles, seeding)
self.job["input_files"] = []
for inputF in inputFiles:
if isinstance(inputF, basestring):
self.job["input_files"].append({"lfn": inputF, "parents": ""})
else:
self.job["input_files"].append(inputF)
self.job['mask'] = Mask()
self.job['mask']["FirstEvent"] = firstEvent
self.job['mask']["LastEvent"] = lastEvent
self.job['mask']["FirstRun"] = firstRun
self.job['mask']["FirstLumi"] = firstLumi
self.job['mask']["runAndLumis"] = runAndLumis
self.job['agentNumber'] = agentNumber
self.job['counter'] = 0
def testH_ConfigSectionDictionariseInternalChildren(self):
"""
The test checks if any item of the dictionary_whole_tree_()
result is not unexpanded instance of ConfigSection.
"""
config = ConfigSection("config")
config.value1 = "MyValue1"
config.section_("Task1")
config.Task1.value2 = "MyValue2"
config.Task1.section_("subSection")
config.Task1.subSection.value3 = "MyValue3"
d = config.dictionary_whole_tree_()
for values in d.values():
self.assertFalse(isinstance(values, ConfigSection))
self.assertEqual(d["Task1"]["subSection"]["value3"], "MyValue3")
def testBuildPset(self):
"""
_testBuildPset_
Verify that multicore parameters are set in the PSet.
"""
from WMCore.WMRuntime.Scripts.SetupCMSSWMulticore import SetupCMSSWMulticore
setupScript = SetupCMSSWMulticore()
setupScript.step = self.createTestStep()
setupScript.stepSpace = ConfigSection(name="stepSpace")
setupScript.stepSpace.location = self.testDir
setupScript.files = {'file1': {'events': 1000}}
setupScript.buildPSet()
fixedPSet = self.loadProcessFromPSet()
self.assertTrue(
int(fixedPSet.options.multiProcesses.maxChildProcesses.value) > 0)
self.assertTrue(
int(fixedPSet.options.multiProcesses.maxSequentialEventsPerChild.
value) > 0)
class Aggregator(object):
"""
_Aggregator_
Util to aggregate performance reports for multicore jobs into a single
performance report, including a multicore section to allow profiling of internal performance
"""
def __init__(self):
self.numCores = 0
self.sections = {}
self.values = {}
self.report = ConfigSection("performance")
#
# populate the aggregator with the list of expected keys
# based on the functions map above
# create a combined performance report with the appropriate sections
for red in AggrFunctions.keys():
self.values[red] = []
sect, param = red.split(".")
if not self.sections.has_key(sect):
self.sections[sect] = []
self.report.section_(sect)
if param not in self.sections[sect]:
self.sections[sect].append(param)
def add(self, perfRep):
"""
_add_
Add the contents of the given performance rep to this
aggregator
"""
self.numCores += 1
for sect in self.sections.keys():
for param in self.sections[sect]:
key = ".".join([sect, param])
try:
#protect against weird cases like NaNs in the reports
value = float(getSectParam(perfRep, sect, param))
except AttributeError:
#protect against missing parameters
continue
except ValueError:
continue
self.values[key].append(value)
def aggregate(self):
"""
_aggregate_
For each key in the map, run the appropriate aggregation function on it
"""
for key, vals in self.values.items():
# avoid divide by zero averages etc
if len(vals) == 0: continue
aggFunc = AggrFunctions[key]
sect, param = key.split(".")
section = getattr(self.report, sect)
setattr(section, param, aggFunc(vals))
self.createMulticoreSection()
return self.report
def createMulticoreSection(self):
"""
_createMulticoreSection_
create the multicore report section
"""
self.report.section_("multicore")
self.report.multicore.coresUsed = self.numCores
if self.values.has_key("cpu.TotalJobTime"):
vals = self.values["cpu.TotalJobTime"]
self.report.multicore.summedProcessTime = sum(vals)
self.report.multicore.averageProcessTime = average(vals)
self.report.multicore.maxProcessTime = max(vals)
self.report.multicore.minProcessTime = min(vals)
self.report.multicore.processWaitingTime = max(vals) - min(vals)
stepEffNom = float(sum(vals)) / float((max(vals) * self.numCores))
stepEffDenom = float(average(vals)) / float(max(vals))
stepEff = stepEffNom/stepEffDenom
self.report.multicore.stepEfficiency = stepEff
# frame in the merge report values
# need to be set from the MulticoreCMSSW Executor
self.report.multicore.mergeStartTime = None
self.report.multicore.mergeEndTime = None
self.report.multicore.numberOfMerges = None
self.report.multicore.totalStepTime = None
self.report.multicore.averageMergeTime = None
self.report.multicore.maxMergeTime = None
self.report.multicore.minMergeTime = None
#!/usr/bin/env python
# -*- coding: utf-8 -*-
"""
__MergeSample__
Example of a report from a merge job
Created on Fri Jun 8 13:22:30 2012
@author: dballest
"""
from WMCore.Configuration import ConfigSection
from WMCore.FwkJobReport.Report import Report
FrameworkJobReport = ConfigSection("FrameworkJobReport")
FrameworkJobReport.task = '/Run195376-MuEG-Run2012B-PromptReco-v1-MuEG/DataProcessing/DataProcessingMergeSKIMStreamLogError'
FrameworkJobReport.workload = 'Unknown'
FrameworkJobReport.section_('cmsRun1')
FrameworkJobReport.cmsRun1.status = 0
FrameworkJobReport.cmsRun1.counter = 1
FrameworkJobReport.cmsRun1.section_('cleanup')
FrameworkJobReport.cmsRun1.cleanup.section_('unremoved')
FrameworkJobReport.cmsRun1.cleanup.section_('removed')
FrameworkJobReport.cmsRun1.cleanup.removed.fileCount = 0
FrameworkJobReport.cmsRun1.section_('errors')
FrameworkJobReport.cmsRun1.section_('logs')
FrameworkJobReport.cmsRun1.section_('parameters')
FrameworkJobReport.cmsRun1.parameters.GeneratorInfo = ''
FrameworkJobReport.cmsRun1.parameters.ReadBranches = ''
FrameworkJobReport.cmsRun1.outputModules = ['Merged']
FrameworkJobReport.cmsRun1.stopTime = 1338808530.44
def testPileupSetup(self):
"""
Test the pileup setting.
reference (setupScript.process instance):
in test/python/WMCore_t/WMRuntime_t/Scripts_t/WMTaskSpace/cmsRun1/PSet.py
"""
try:
from dbs.apis.dbsClient import DbsApi
except ImportError as ex:
raise unittest.SkipTest
# this is modified and shortened version of
# WMCore/test/python/WMCore_t/Misc_t/site-local-config.xml
# since the dataset name in question (below) is only present at
# storm-fe-cms.cr.cnaf.infn.it, need to make the test think it's its local SE
siteLocalConfigContent = \
"""
<site-local-config>
<site name="-SOME-SITE-NAME-">
<event-data>
<catalog url="trivialcatalog_file:/uscmst1/prod/sw/cms/SITECONF/T1_US_FNAL/PhEDEx/storage.xml?protocol=dcap"/>
</event-data>
<local-stage-out>
<!-- original cmssrm.fnal.gov -->
<phedex-node value="T2_CH_CERN"/>
<command value="test-copy"/>
<catalog url="trivialcatalog_file:/uscmst1/prod/sw/cms/SITECONF/T1_US_FNAL/PhEDEx/storage.xml?protocol=dcap"/>
</local-stage-out>
<calib-data>
<frontier-connect>
<load balance="proxies"/>
<proxy url="http://cmsfrontier1.fnal.gov:3128"/>
<proxy url="http://cmsfrontier2.fnal.gov:3128"/>
</frontier-connect>
</calib-data>
</site>
</site-local-config>
"""
siteLocalConfig = os.path.join(self.testDir,
"test-site-local-config.xml")
f = open(siteLocalConfig, 'w')
f.write(siteLocalConfigContent)
f.close()
from WMCore.WMRuntime.Scripts.SetupCMSSWPset import SetupCMSSWPset
setupScript = SetupCMSSWPset()
setupScript.step = self.createTestStep()
setupScript.stepSpace = ConfigSection(name="stepSpace")
setupScript.stepSpace.location = os.path.join(self.testDir, "cmsRun1")
setupScript.job = self.createTestJob()
# define pileup configuration
# despite of the implementation considering whichever type of pileup,
# only "data" and "mc" types are eventually considered and lead to any
# modifications of job input files
pileupConfig = {
"data": [
"/Mu/PenguinsPenguinsEverywhere-SingleMu-HorriblyJaundicedYellowEyedPenginsSearchingForCarrots-v31/RECO"
],
"mc": [
"/Mu/PenguinsPenguinsEverywhere-SingleMu-HorriblyJaundicedYellowEyedPenginsSearchingForCarrots-v31/RECO"
]
}
dbsUrl = "https://cmsweb-prod.cern.ch/dbs/prod/global/DBSReader"
setupScript.step.setupPileup(pileupConfig, dbsUrl)
# SetupCMSSWPset pileup handling will be consulting SiteLocalConfig
# to determine StorageElement (SE) name the job is running on
# SiteLocalConfig loads the site-local-config.xml file from env.
# variable defined location ; if the variable is not defined already, set it
# obviously, if "WMAGENT_SITE_CONFIG_OVERRIDE" is already set here, the above
# thick with SE name is not effective
if not os.getenv("WMAGENT_SITE_CONFIG_OVERRIDE", None):
os.environ["WMAGENT_SITE_CONFIG_OVERRIDE"] = siteLocalConfig
# find out local site name from the testing local site config,
# will be needed later
siteConfig = loadSiteLocalConfig()
seLocalName = siteConfig.localStageOut["phedex-node"]
print("Running on site '%s', local SE name: '%s'" %
(siteConfig.siteName, seLocalName))
# before calling the script, SetupCMSSWPset will try to load JSON
# pileup configuration file, need to create it in self.testDir
fetcher = PileupFetcher()
fetcher.setWorkingDirectory(self.testDir)
fetcher.createPileupConfigFile(setupScript.step)
setupScript()
# now test all modifications carried out in SetupCMSSWPset.__call__
# which will also test that CMSSWStepHelper.setupPileup run correctly
mixModules, dataMixModules = setupScript._getPileupMixingModules()
# load in the pileup configuration in the form of dict which
# PileupFetcher previously saved in a JSON file
pileupDict = setupScript._getPileupConfigFromJson()
# get the sub dict for particular pileup type
# for pileupDict structure description - see PileupFetcher._queryDbsAndGetPileupConfig
for pileupType, modules in zip(("data", "mc"),
(dataMixModules, mixModules)):
# getting KeyError here - above pileupConfig is not correct - need
# to have these two types of pile type
d = pileupDict[pileupType]
self._mixingModulesInputFilesTest(modules, d, seLocalName)
def getBaggage(self):
confSect = ConfigSection()
confSect.seeding = self.seeding
confSect.lheInputFiles = self.lheInputFiles
return confSect
#!/usr/bin/env python
# -*- coding: utf-8 -*-
"""
__ErrorSample__
Example of a report from a job that failed
Created on Fri Jun 8 13:22:11 2012
@author: dballest
"""
from WMCore.Configuration import ConfigSection
from WMCore.FwkJobReport.Report import Report
FrameworkJobReport = ConfigSection("FrameworkJobReport")
FrameworkJobReport.task = '/Run195530-PhotonHad-Run2012B-PromptReco-v1-PhotonHad/DataProcessing'
FrameworkJobReport.workload = 'Unknown'
FrameworkJobReport.section_('cmsRun1')
FrameworkJobReport.cmsRun1.status = 1
FrameworkJobReport.cmsRun1.counter = 1
FrameworkJobReport.cmsRun1.section_('errors')
FrameworkJobReport.cmsRun1.errors.section_('error0')
FrameworkJobReport.cmsRun1.errors.error0.type = 'CMSSWStepFailure'
FrameworkJobReport.cmsRun1.errors.error0.details = ''
FrameworkJobReport.cmsRun1.errors.error0.exitCode = 84
FrameworkJobReport.cmsRun1.errors.section_('error1')
FrameworkJobReport.cmsRun1.errors.error1.type = 'Fatal Exception'
FrameworkJobReport.cmsRun1.errors.error1.details = ''
FrameworkJobReport.cmsRun1.errors.error1.exitCode = '8020'
FrameworkJobReport.cmsRun1.errors.section_('error2')
FrameworkJobReport.cmsRun1.errors.error2.type = 'ErrorLoggingAddition'
class Report(object):
"""
The base class for the new jobReport
"""
def __init__(self, reportname=None):
self.data = ConfigSection("FrameworkJobReport")
self.data.steps = []
self.data.workload = "Unknown"
self.report = None
self.reportname = ""
if reportname:
self.addStep(reportname=reportname)
return
def __str__(self):
return str(self.data)
def listSteps(self):
"""
_listSteps_
List the names of all the steps in the report.
"""
return self.data.steps
def setStepStatus(self, stepName, status):
"""
_setStepStatus_
Set the status for a step.
"""
reportStep = self.retrieveStep(stepName)
reportStep.status = status
return
def parse(self, xmlfile, stepName="cmsRun1"):
"""
_parse_
Read in the FrameworkJobReport XML file produced
by cmsRun and pull the information from it into this object
"""
from WMCore.FwkJobReport.XMLParser import xmlToJobReport
try:
xmlToJobReport(self, xmlfile)
except Exception as ex:
msg = "Error reading XML job report file, possibly corrupt XML File:\n"
msg += "Details: %s" % str(ex)
crashMessage = "\nStacktrace:\n"
stackTrace = traceback.format_tb(sys.exc_info()[2], None)
for stackFrame in stackTrace:
crashMessage += stackFrame
logging.debug(crashMessage)
raise FwkJobReportException(msg)
@staticmethod
def jsonizeFiles(reportModule):
"""
_jsonizeFiles_
Put individual files in JSON format.
"""
jsonFiles = []
files = getattr(reportModule, "files", None)
if not files:
return jsonFiles
fileCount = getattr(reportModule.files, "fileCount", 0)
for i in range(fileCount):
reportFile = getattr(reportModule.files, "file%s" % i)
jsonFile = reportFile.dictionary_()
if jsonFile.get('runs', None):
cfgSectionRuns = jsonFile["runs"]
jsonFile["runs"] = {}
for runNumber in cfgSectionRuns.listSections_():
jsonFile["runs"][str(runNumber)] = getattr(
cfgSectionRuns, runNumber)
jsonFiles.append(jsonFile)
return jsonFiles
@staticmethod
def jsonizePerformance(perfSection):
"""
_jsonizePerformance_
Convert the performance section of the FWJR into JSON.
"""
jsonPerformance = {}
for reportSection in ["storage", "memory", "cpu", "multicore"]:
jsonPerformance[reportSection] = {}
if not hasattr(perfSection, reportSection):
continue
jsonPerformance[reportSection] = getattr(
perfSection, reportSection).dictionary_()
for key in jsonPerformance[reportSection]:
val = jsonPerformance[reportSection][key]
if isinstance(val, float):
if math.isinf(val) or math.isnan(val):
jsonPerformance[reportSection][key] = None
return jsonPerformance
def __to_json__(self, thunker):
"""
__to_json__
Create a JSON version of the Report.
"""
jsonReport = {}
jsonReport["WorkerNodeInfo"] = self.getWorkerNodeInfo()
jsonReport["task"] = self.getTaskName()
jsonReport["steps"] = {}
jsonReport["skippedFiles"] = self.getAllSkippedFiles()
jsonReport["fallbackFiles"] = self.getAllFallbackFiles()
jsonReport["Campaign"] = self.getCampaign()
jsonReport["PrepID"] = self.getPrepID()
jsonReport["EOSLogURL"] = self.getLogURL()
for stepName in self.listSteps():
reportStep = self.retrieveStep(stepName)
jsonStep = {}
jsonStep["status"] = reportStep.status
stepTimes = self.getTimes(stepName)
if stepTimes["startTime"] is not None:
stepTimes["startTime"] = int(stepTimes["startTime"])
if stepTimes["stopTime"] is not None:
stepTimes["stopTime"] = int(stepTimes["stopTime"])
jsonStep["start"] = stepTimes["startTime"]
jsonStep["stop"] = stepTimes["stopTime"]
jsonStep["performance"] = self.jsonizePerformance(
reportStep.performance)
jsonStep["output"] = {}
for outputModule in reportStep.outputModules:
reportOutputModule = getattr(reportStep.output, outputModule)
jsonStep["output"][outputModule] = self.jsonizeFiles(
reportOutputModule)
analysisSection = getattr(reportStep, 'analysis', None)
if analysisSection:
jsonStep["output"]['analysis'] = self.jsonizeFiles(
analysisSection)
jsonStep["input"] = {}
for inputSource in reportStep.input.listSections_():
reportInputSource = getattr(reportStep.input, inputSource)
jsonStep["input"][inputSource] = self.jsonizeFiles(
reportInputSource)
jsonStep["errors"] = []
errorCount = getattr(reportStep.errors, "errorCount", 0)
for i in range(errorCount):
reportError = getattr(reportStep.errors, "error%i" % i)
jsonStep["errors"].append({
"type": reportError.type,
"details": reportError.details,
"exitCode": reportError.exitCode
})
jsonStep["cleanup"] = {}
jsonStep["parameters"] = {}
jsonStep["site"] = self.getSiteName()
jsonStep["analysis"] = {}
jsonStep["logs"] = {}
jsonReport["steps"][stepName] = jsonStep
return jsonReport
def getSiteName(self):
"""
_getSiteName_
Returns the site name attribute (no step specific)
"""
return getattr(self.data, 'siteName', {})
def _setSiteName(self, site):
"""
_setSiteName_
Set the site name attribute (no step specific)
"""
setattr(self.data, 'siteName', site)
return
def getExitCodes(self):
"""
_getExitCodes_
Return a list of all non-zero exit codes in the report
"""
returnCodes = set()
for stepName in self.listSteps():
returnCodes.update(self.getStepExitCodes(stepName=stepName))
return returnCodes
def getStepExitCodes(self, stepName):
"""
_getStepExitCodes_
Returns a list of all non-zero exit codes in the step
"""
returnCodes = set()
reportStep = self.retrieveStep(stepName)
errorCount = getattr(reportStep.errors, "errorCount", 0)
for i in range(errorCount):
reportError = getattr(reportStep.errors, "error%i" % i)
if getattr(reportError, 'exitCode', None):
returnCodes.add(int(reportError.exitCode))
else:
# exitCode is likely set to None(?!?)
returnCodes.add(99999)
return returnCodes
def getExitCode(self):
"""
_getExitCode_
Return the first exit code you find.
"""
returnCode = 0
for stepName in self.listSteps():
errorCode = self.getStepExitCode(stepName=stepName)
if errorCode == 99999:
# Then we don't know what this error was
# Mark it for return only if we don't fine an
# actual error code in the job.
returnCode = errorCode
elif errorCode != 0:
return errorCode
return returnCode
def getStepExitCode(self, stepName):
"""
_getStepExitCode_
Get the exit code for a particular step
Return 0 if none
"""
returnCode, _ = self.getStepExitCodeAndMessage(stepName)
return returnCode
def getStepExitCodeAndMessage(self, stepName):
"""
_getStepExitCodeAndMessage_
Get the exit code and message for a particular step
Return (0, None) if there were no errors.
"""
returnCode = 0
returnMessage = None
reportStep = self.retrieveStep(stepName)
errorCount = getattr(reportStep.errors, "errorCount", 0)
for i in range(errorCount):
reportError = getattr(reportStep.errors, "error%i" % i)
if not getattr(reportError, 'exitCode', None):
returnCode = 99999
returnMessage = 'Unknown'
else:
return int(reportError.exitCode), reportError.details
return returnCode, returnMessage
def persist(self, filename):
"""
_persist_
Pickle this object and save it to disk.
"""
if PY3:
with open(filename, 'wb') as handle:
pickle.dump(encodeUnicodeToBytes(self.data), handle)
else:
with open(filename, 'w') as handle:
pickle.dump(self.data, handle)
return
def unpersist(self, filename, reportname=None):
"""
_unpersist_
Load a pickled FWJR from disk.
"""
if PY3:
with open(filename, 'rb') as handle:
self.data = decodeBytesToUnicode(pickle.load(handle))
else:
with open(filename, 'r') as handle:
self.data = pickle.load(handle)
# old self.report (if it existed) became unattached
if reportname:
self.report = getattr(self.data, reportname)
return
def addOutputModule(self, moduleName):
"""
_addOutputModule_
Add an entry for an output module.
"""
self.report.outputModules.append(moduleName)
self.report.output.section_(moduleName)
outMod = getattr(self.report.output, moduleName)
outMod.section_("files")
outMod.section_("dataset")
outMod.files.fileCount = 0
return outMod
def killOutput(self):
"""
_killOutput_
Remove all the output from the report. This is useful for chained
processing where we don't want to keep the output from a particular
step in a job.
"""
for outputModuleName in self.report.outputModules:
delattr(self.report.output, outputModuleName)
self.report.outputModules = []
return
def addOutputFile(self, outputModule, aFile=None):
"""
_addFile_
Add an output file to the outputModule provided.
"""
logging.info(
"addOutputFile method called with outputModule: %s, aFile: %s",
outputModule, aFile)
aFile = aFile or {}
# Now load the output module and create the file object
outMod = getattr(self.report.output, outputModule, None)
if outMod is None:
outMod = self.addOutputModule(outputModule)
count = outMod.files.fileCount
fileSection = "file%s" % count
outMod.files.section_(fileSection)
fileRef = getattr(outMod.files, fileSection)
logging.info("addOutputFile method fileRef: %s, whole tree: %s",
fileRef, fileRef.dictionary_whole_tree_())
outMod.files.fileCount += 1
# Now we need to eliminate the optional and non-primitives:
# runs, parents, branches, locations and datasets
keyList = list(aFile)
fileRef.section_("runs")
if "runs" in aFile:
for run in aFile["runs"]:
addRunInfoToFile(fileRef, run)
keyList.remove('runs')
if "parents" in aFile:
setattr(fileRef, 'parents', list(aFile['parents']))
keyList.remove('parents')
if "locations" in aFile:
fileRef.location = list(aFile["locations"])
keyList.remove('locations')
elif "PNN" in aFile:
fileRef.location = [aFile["PNN"]]
if "LFN" in aFile:
fileRef.lfn = aFile["LFN"]
keyList.remove("LFN")
if "PFN" in aFile:
fileRef.lfn = aFile["PFN"]
keyList.remove("PFN")
# All right, the rest should be JSONalizable python primitives
for entry in keyList:
setattr(fileRef, entry, aFile[entry])
# And we're done
return fileRef
def addInputSource(self, sourceName):
"""
_addInputSource_
Add an input source to the report doing nothing if the input source
already exists.
"""
if hasattr(self.report.input, sourceName):
return getattr(self.report.input, sourceName)
self.report.input.section_(sourceName)
srcMod = getattr(self.report.input, sourceName)
srcMod.section_("files")
srcMod.files.fileCount = 0
return srcMod
def addInputFile(self, sourceName, **attrs):
"""
_addInputFile_
Add an input file to the given source.
"""
srcMod = getattr(self.report.input, sourceName, None)
if srcMod is None:
srcMod = self.addInputSource(sourceName)
count = srcMod.files.fileCount
fileSection = "file%s" % count
srcMod.files.section_(fileSection)
fileRef = getattr(srcMod.files, fileSection)
srcMod.files.fileCount += 1
keyList = list(attrs)
fileRef.section_("runs")
if "runs" in attrs:
for run in attrs["runs"]:
addRunInfoToFile(fileRef, run)
keyList.remove('runs')
if "parents" in attrs:
keyList.remove('parents')
if "locations" in attrs:
keyList.remove('locations')
# All right, the rest should be JSONalizable python primitives
for entry in keyList:
setattr(fileRef, entry, attrs[entry])
return fileRef
def addAnalysisFile(self, filename, **attrs):
"""
_addAnalysisFile_
Add an Analysis File.
"""
analysisFiles = self.report.analysis.files
count = analysisFiles.fileCount
label = "file%s" % count
analysisFiles.section_(label)
newFile = getattr(analysisFiles, label)
newFile.fileName = filename
for x, y in viewitems(attrs):
setattr(newFile, x, y)
analysisFiles.fileCount += 1
return
def addRemovedCleanupFile(self, **attrs):
"""
_addRemovedCleanupFile_
Add a file to the cleanup.removed file
"""
removedFiles = self.report.cleanup.removed
count = self.report.cleanup.removed.fileCount
label = 'file%s' % count
removedFiles.section_(label)
newFile = getattr(removedFiles, label)
for x, y in viewitems(attrs):
setattr(newFile, x, y)
self.report.cleanup.removed.fileCount += 1
return
def addError(self,
stepName,
exitCode,
errorType,
errorDetails,
siteName=None):
"""
_addError_
Add an error report with an exitCode, type/class of error and
details of the error as a string.
Also, report attempted site if error happened before landing on it.
"""
if self.retrieveStep(stepName) is None:
# Create a step and set it to failed
# Assumption: Adding an error fails a step
self.addStep(stepName, status=1)
if exitCode is not None:
exitCode = int(exitCode)
setExitCodes = self.getStepExitCodes(stepName)
if exitCode in setExitCodes:
logging.warning(
"Exit code: %s has been already added to the job report",
exitCode)
return
stepSection = self.retrieveStep(stepName)
errorCount = getattr(stepSection.errors, "errorCount", 0)
errEntry = "error%s" % errorCount
stepSection.errors.section_(errEntry)
errDetails = getattr(stepSection.errors, errEntry)
errDetails.exitCode = exitCode
errDetails.type = str(errorType)
try:
if isinstance(errorDetails, newstr):
errDetails.details = errorDetails
elif isinstance(errorDetails, bytes):
errDetails.details = decodeBytesToUnicode(
errorDetails, 'ignore')
else:
errDetails.details = newstr(errorDetails)
except UnicodeEncodeError as ex:
msg = "Failed to encode the job error details for job ID: %s." % self.getJobID(
)
msg += "\nException message: %s\nOriginal error details: %s" % (
str(ex), errorDetails)
logging.error(msg)
msg = "DEFAULT ERROR MESSAGE, because it failed to UTF-8 encode the original message."
errDetails.details = msg
except UnicodeDecodeError as ex:
msg = "Failed to decode the job error details for job ID: %s." % self.getJobID(
)
msg += "\nException message: %s\nOriginal error details: %s" % (
str(ex), errorDetails)
logging.error(msg)
msg = "DEFAULT ERROR MESSAGE, because it failed to UTF-8 decode the original message."
errDetails.details = msg
setattr(stepSection.errors, "errorCount", errorCount + 1)
self.setStepStatus(stepName=stepName, status=exitCode)
if siteName:
self._setSiteName(site=siteName)
return
def addSkippedFile(self, lfn, pfn):
"""
_addSkippedFile_
Report a skipped input file
"""
count = self.report.skipped.files.fileCount
entry = "file%s" % count
self.report.skipped.files.section_(entry)
skipSect = getattr(self.report.skipped.files, entry)
skipSect.PhysicalFileName = pfn
skipSect.LogicalFileName = lfn
self.report.skipped.files.fileCount += 1
return
def addFallbackFile(self, lfn, pfn):
"""
_addFallbackFile_
Report a fallback attempt for input file
"""
count = self.report.fallback.files.fileCount
entry = "file%s" % count
self.report.fallback.files.section_(entry)
fallbackSect = getattr(self.report.fallback.files, entry)
fallbackSect.PhysicalFileName = pfn
fallbackSect.LogicalFileName = lfn
self.report.fallback.files.fileCount += 1
return
def addSkippedEvent(self, run, event):
"""
_addSkippedEvent_
Add a skipped event.
"""
self.report.skipped.events.section_(str(run))
runsect = getattr(self.report.skipped.events, str(run))
if not hasattr(runsect, "eventList"):
runsect.eventList = []
runsect.eventList.append(event)
return
def addStep(self, reportname, status=1):
"""
_addStep_
This creates a report section into self.report
"""
if hasattr(self.data, reportname):
msg = "Attempted to create pre-existing report section %s" % reportname
logging.error(msg)
return
self.data.steps.append(reportname)
self.reportname = reportname
self.data.section_(reportname)
self.report = getattr(self.data, reportname)
self.report.id = None
self.report.status = status
self.report.outputModules = []
# structure
self.report.section_("site")
self.report.section_("output")
self.report.section_("input")
self.report.section_("performance")
self.report.section_("analysis")
self.report.section_("errors")
self.report.section_("skipped")
self.report.section_("fallback")
self.report.section_("parameters")
self.report.section_("logs")
self.report.section_("cleanup")
self.report.analysis.section_("files")
self.report.cleanup.section_("removed")
self.report.cleanup.section_("unremoved")
self.report.skipped.section_("events")
self.report.skipped.section_("files")
self.report.fallback.section_("files")
self.report.skipped.files.fileCount = 0
self.report.fallback.files.fileCount = 0
self.report.analysis.files.fileCount = 0
self.report.cleanup.removed.fileCount = 0
return
def setStep(self, stepName, stepSection):
"""
_setStep_
"""
if stepName not in self.listSteps():
self.data.steps.append(stepName)
else:
logging.info(
"Step %s is now being overridden by a new step report",
stepName)
self.data.section_(stepName)
setattr(self.data, stepName, stepSection)
return
def retrieveStep(self, step):
"""
_retrieveStep_
Grabs a report in the raw and returns it.
"""
reportSection = getattr(self.data, step, None)
return reportSection
def load(self, filename):
"""
_load_
This just maps to unpersist
"""
self.unpersist(filename)
return
def save(self, filename):
"""
_save_
This just maps to persist
"""
self.persist(filename)
return
def getOutputModule(self, step, outputModule):
"""
_getOutputModule_
Get the output module from a particular step
"""
stepReport = self.retrieveStep(step=step)
if not stepReport:
return None
return getattr(stepReport.output, outputModule, None)
def getOutputFile(self, fileName, outputModule, step):
"""
_getOutputFile_
Takes a fileRef object and returns a DataStructs/File object as output
"""
outputMod = self.getOutputModule(step=step, outputModule=outputModule)
if not outputMod:
return None
fileRef = getattr(outputMod.files, fileName, None)
newFile = File(locations=set())
# Locations
newFile.setLocation(getattr(fileRef, "location", None))
# Runs
runList = fileRef.runs.listSections_()
for run in runList:
lumis = getattr(fileRef.runs, run)
if isinstance(lumis, dict):
newRun = Run(int(run), *listitems(lumis))
else:
newRun = Run(int(run), *lumis)
newFile.addRun(newRun)
newFile["lfn"] = getattr(fileRef, "lfn", None)
newFile["pfn"] = getattr(fileRef, "pfn", None)
newFile["events"] = int(getattr(fileRef, "events", 0))
newFile["size"] = int(getattr(fileRef, "size", 0))
newFile["branches"] = getattr(fileRef, "branches", [])
newFile["input"] = getattr(fileRef, "input", [])
newFile["inputpfns"] = getattr(fileRef, "inputpfns", [])
newFile["branch_hash"] = getattr(fileRef, "branch_hash", None)
newFile["catalog"] = getattr(fileRef, "catalog", "")
newFile["guid"] = getattr(fileRef, "guid", "")
newFile["module_label"] = getattr(fileRef, "module_label", "")
newFile["checksums"] = getattr(fileRef, "checksums", {})
newFile["merged"] = bool(getattr(fileRef, "merged", False))
newFile["dataset"] = getattr(fileRef, "dataset", {})
newFile["acquisitionEra"] = getattr(fileRef, 'acquisitionEra', None)
newFile["processingVer"] = getattr(fileRef, 'processingVer', None)
newFile["validStatus"] = getattr(fileRef, 'validStatus', None)
newFile["globalTag"] = getattr(fileRef, 'globalTag', None)
newFile["prep_id"] = getattr(fileRef, 'prep_id', None)
newFile['configURL'] = getattr(fileRef, 'configURL', None)
newFile['inputPath'] = getattr(fileRef, 'inputPath', None)
newFile["outputModule"] = outputModule
newFile["fileRef"] = fileRef
return newFile
def getAllFilesFromStep(self, step):
"""
_getAllFilesFromStep_
For a given step, retrieve all the associated files
"""
stepReport = self.retrieveStep(step=step)
if not stepReport:
logging.debug("Asked to retrieve files from non-existant step %s",
step)
return []
# steps with no outputModules can be ok (even for CMSSW steps)
listOfModules = getattr(stepReport, 'outputModules', None)
if not listOfModules:
return []
listOfFiles = []
for module in listOfModules:
listOfFiles.extend(
self.getFilesFromOutputModule(step=step, outputModule=module))
return listOfFiles
def getAllFiles(self):
"""
_getAllFiles_
Grabs all files in all output modules in all steps
"""
listOfFiles = []
for step in self.listSteps():
listOfFiles.extend(self.getAllFilesFromStep(step=step))
return listOfFiles
def getAllInputFiles(self):
"""
_getAllInputFiles_
Gets all the input files
"""
listOfFiles = []
for step in self.listSteps():
tmp = self.getInputFilesFromStep(stepName=step)
if tmp:
listOfFiles.extend(tmp)
return listOfFiles
def getInputFilesFromStep(self, stepName, inputSource=None):
"""
_getInputFilesFromStep_
Retrieve a list of input files from the given step.
"""
step = self.retrieveStep(stepName)
if inputSource is None:
inputSources = step.input.listSections_()
else:
inputSources = [inputSource]
inputFiles = []
for inputSource in inputSources:
source = getattr(step.input, inputSource)
for fileNum in range(source.files.fileCount):
fwjrFile = getattr(source.files, "file%d" % fileNum)
lfn = getattr(fwjrFile, "lfn", None)
pfn = getattr(fwjrFile, "pfn", None)
size = getattr(fwjrFile, "size", 0)
events = getattr(fwjrFile, "events", 0)
branches = getattr(fwjrFile, "branches", [])
catalog = getattr(fwjrFile, "catalog", None)
guid = getattr(fwjrFile, "guid", None)
inputSourceClass = getattr(fwjrFile, "input_source_class",
None)
moduleLabel = getattr(fwjrFile, "module_label", None)
inputType = getattr(fwjrFile, "input_type", None)
inputFile = File(lfn=lfn, size=size, events=events)
inputFile["pfn"] = pfn
inputFile["branches"] = branches
inputFile["catalog"] = catalog
inputFile["guid"] = guid
inputFile["input_source_class"] = inputSourceClass
inputFile["module_label"] = moduleLabel
inputFile["input_type"] = inputType
runSection = getattr(fwjrFile, "runs")
runNumbers = runSection.listSections_()
for runNumber in runNumbers:
lumiTuple = getattr(runSection, str(runNumber))
inputFile.addRun(Run(int(runNumber), *lumiTuple))
inputFiles.append(inputFile)
return inputFiles
def getFilesFromOutputModule(self, step, outputModule):
"""
_getFilesFromOutputModule_
Grab all the files in a particular output module
"""
outputMod = self.getOutputModule(step=step, outputModule=outputModule)
if not outputMod:
return []
listOfFiles = []
for n in range(outputMod.files.fileCount):
aFile = self.getOutputFile(fileName='file%i' % (n),
outputModule=outputModule,
step=step)
if aFile:
listOfFiles.append(aFile)
else:
msg = "Could not find file%i in module" % (n)
logging.error(msg)
return []
return listOfFiles
def getAllSkippedFiles(self):
"""
_getAllSkippedFiles_
Get a list of LFNs for all the input files
listed as skipped on the report.
"""
listOfFiles = []
for step in self.listSteps():
tmp = self.getSkippedFilesFromStep(stepName=step)
if tmp:
listOfFiles.extend(tmp)
return listOfFiles
def getAllFallbackFiles(self):
"""
_getAllFallbackFiles_
Get a list of LFNs for all the input files
listed as fallback attempt on the report
"""
listOfFiles = []
for step in self.listSteps():
tmp = self.getFallbackFilesFromStep(stepName=step)
if tmp:
listOfFiles.extend(tmp)
return listOfFiles
def getSkippedFilesFromStep(self, stepName):
"""
_getSkippedFilesFromStep_
Get a list of LFNs skipped in the given step
"""
skippedFiles = []
step = self.retrieveStep(stepName)
filesSection = step.skipped.files
fileCount = getattr(filesSection, "fileCount", 0)
for fileNum in range(fileCount):
fileSection = getattr(filesSection, "file%d" % fileNum)
lfn = getattr(fileSection, "LogicalFileName", None)
if lfn is not None:
skippedFiles.append(lfn)
else:
logging.error("Found no LFN in file %s", str(fileSection))
return skippedFiles
def getFallbackFilesFromStep(self, stepName):
"""
_getFallbackFilesFromStep_
Get a list of LFNs which triggered a fallback in the given step
"""
fallbackFiles = []
step = self.retrieveStep(stepName)
try:
filesSection = step.fallback.files
except AttributeError:
return fallbackFiles
fileCount = getattr(filesSection, "fileCount", 0)
for fileNum in range(fileCount):
fileSection = getattr(filesSection, "file%d" % fileNum)
lfn = getattr(fileSection, "LogicalFileName", None)
if lfn is not None:
fallbackFiles.append(lfn)
else:
logging.error("Found no LFN in file %s", str(fileSection))
return fallbackFiles
def getStepErrors(self, stepName):
"""
_getStepErrors_
Get all errors for a given step
"""
if self.retrieveStep(stepName) is None:
# Create a step and set it to failed
# Assumption: Adding an error fails a step
self.addStep(stepName, status=1)
stepSection = self.retrieveStep(stepName)
errorCount = getattr(stepSection.errors, "errorCount", 0)
if errorCount == 0:
return {}
else:
return stepSection.errors.dictionary_()
def stepSuccessful(self, stepName):
"""
_stepSuccessful_
Determine wether or not a step was successful.
"""
stepReport = self.retrieveStep(step=stepName)
status = getattr(stepReport, 'status', 1)
# We have too many possibilities
if status not in [0, '0', 'success', 'Success']:
return False
return True
def taskSuccessful(self, ignoreString='logArch'):
"""
_taskSuccessful_
Return True if all steps successful, False otherwise
"""
value = True
if len(self.listSteps()) == 0:
# Mark jobs as failed if they have no steps
msg = "Could not find any steps"
logging.error(msg)
return False
for stepName in self.listSteps():
# Ignore specified steps
# i.e., logArch steps can fail without causing
# the task to fail
if ignoreString and re.search(ignoreString, stepName):
continue
if not self.stepSuccessful(stepName=stepName):
value = False
return value
def getAnalysisFilesFromStep(self, step):
"""
_getAnalysisFilesFromStep_
Retrieve a list of all the analysis files produced in a step.
"""
stepReport = self.retrieveStep(step=step)
if not stepReport or not hasattr(stepReport.analysis, 'files'):
return []
analysisFiles = stepReport.analysis.files
results = []
for fileNum in range(analysisFiles.fileCount):
results.append(getattr(analysisFiles, "file%s" % fileNum))
# filter out duplicates
duplicateCheck = []
filteredResults = []
for result in results:
inputtag = getattr(result, 'inputtag', None)
if (result.fileName, inputtag) not in duplicateCheck:
duplicateCheck.append((result.fileName, inputtag))
filteredResults.append(result)
return filteredResults
def getAllFileRefsFromStep(self, step):
"""
_getAllFileRefsFromStep_
Retrieve a list of all files produced in a step. The files will be in
the form of references to the ConfigSection objects in the acutal
report.
"""
stepReport = self.retrieveStep(step=step)
if not stepReport:
return []
outputModules = getattr(stepReport, "outputModules", [])
fileRefs = []
for outputModule in outputModules:
outputModuleRef = self.getOutputModule(step=step,
outputModule=outputModule)
for i in range(outputModuleRef.files.fileCount):
fileRefs.append(getattr(outputModuleRef.files, "file%i" % i))
analysisFiles = self.getAnalysisFilesFromStep(step)
fileRefs.extend(analysisFiles)
return fileRefs
def addInfoToOutputFilesForStep(self, stepName, step):
"""
_addInfoToOutputFilesForStep_
Add the information missing from output files to the files
This requires the WMStep to be passed in
"""
stepReport = self.retrieveStep(step=stepName)
fileInfo = FileInfo()
if not stepReport:
return
listOfModules = getattr(stepReport, 'outputModules', None)
for module in listOfModules:
outputMod = getattr(stepReport.output, module, None)
for n in range(outputMod.files.fileCount):
aFile = getattr(outputMod.files, 'file%i' % n, None)
if not aFile:
msg = "Could not find file%i in module" % n
logging.error(msg)
return
fileInfo(fileReport=aFile, step=step, outputModule=module)
return
def deleteOutputModuleForStep(self, stepName, moduleName):
"""
_deleteOutputModuleForStep_
Delete any reference to the given output module in the step report
that includes deleting any output file it produced
"""
stepReport = self.retrieveStep(step=stepName)
if not stepReport:
return
listOfModules = getattr(stepReport, 'outputModules', [])
if moduleName not in listOfModules:
return
delattr(stepReport.output, moduleName)
listOfModules.remove(moduleName)
return
def setStepStartTime(self, stepName):
"""
_setStepStatus_
Set the startTime for a step.
"""
reportStep = self.retrieveStep(stepName)
reportStep.startTime = time.time()
return
def setStepStopTime(self, stepName):
"""
_setStepStatus_
Set the stopTime for a step.
"""
reportStep = self.retrieveStep(stepName)
reportStep.stopTime = time.time()
return
def getTimes(self, stepName):
"""
_getTimes_
Return a dictionary with the start and stop times
"""
reportStep = self.retrieveStep(stepName)
startTime = getattr(reportStep, 'startTime', None)
stopTime = getattr(reportStep, 'stopTime', None)
return {'startTime': startTime, 'stopTime': stopTime}
def getFirstStartLastStop(self):
"""
_getFirstStartLastStop_
Get the first startTime, last stopTime
"""
steps = self.listSteps()
if len(steps) < 1:
return None
firstStep = self.getTimes(stepName=steps[0])
startTime = firstStep['startTime']
stopTime = firstStep['stopTime']
for stepName in steps:
timeStamps = self.getTimes(stepName=stepName)
if timeStamps['startTime'] is None or timeStamps[
'stopTime'] is None:
# Unusable times
continue
if startTime is None or startTime > timeStamps['startTime']:
startTime = timeStamps['startTime']
if stopTime is None or stopTime < timeStamps['stopTime']:
stopTime = timeStamps['stopTime']
return {'startTime': startTime, 'stopTime': stopTime}
def setTaskName(self, taskName):
"""
_setTaskName_
Set the task name for the report
"""
self.data.task = taskName
return
def getTaskName(self):
"""
_getTaskName_
Return the task name
"""
return getattr(self.data, 'task', None)
def setJobID(self, jobID):
"""
_setJobID_
Set the WMBS jobID
"""
self.data.jobID = jobID
return
def getJobID(self):
"""
_getJobID_
Get the WMBS job ID if attached
"""
return getattr(self.data, 'jobID', None)
def getAllFileRefs(self):
"""
_getAllFileRefs_
Get references for all file in the step
"""
fileRefs = []
for step in self.listSteps():
tmpRefs = self.getAllFileRefsFromStep(step=step)
if len(tmpRefs) > 0:
fileRefs.extend(tmpRefs)
return fileRefs
def setAcquisitionProcessing(self,
acquisitionEra,
processingVer,
processingStr=None):
"""
_setAcquisitionProcessing_
Set the acquisition and processing era for every output file
ONLY run this after all files have been accumulated; it doesn't
set things for future files.
"""
fileRefs = self.getAllFileRefs()
# Should now have all the fileRefs
for f in fileRefs:
f.acquisitionEra = acquisitionEra
f.processingVer = processingVer
f.processingStr = processingStr
return
def setValidStatus(self, validStatus):
"""
_setValidStatus_
Set the validStatus for all steps and all files.
ONLY run this after all files have been attached.
"""
fileRefs = self.getAllFileRefs()
# Should now have all the fileRefs
for f in fileRefs:
f.validStatus = validStatus
return
def setGlobalTag(self, globalTag):
"""
_setGlobalTag_
Set the global Tag from the spec on the WN
ONLY run this after all the files have been attached
"""
fileRefs = self.getAllFileRefs()
# Should now have all the fileRefs
for f in fileRefs:
f.globalTag = globalTag
return
def setCampaign(self, campaign):
"""
_setCampaign_
Set the campaign for the report
"""
self.data.campaign = campaign
return
def getCampaign(self):
"""
_getCampaign_
Return the campaign
"""
return getattr(self.data, 'campaign', "")
def setPrepID(self, prep_id):
"""
_setGlobalTag_
Set the global Tag from the spec on the WN
ONLY run this after all the files have been attached
"""
fileRefs = self.getAllFileRefs()
# Should now have all the fileRefs
for f in fileRefs:
f.prep_id = prep_id
self.data.prep_id = prep_id
return
def getPrepID(self):
"""
_getPrepID_
Return the PrepID
"""
return getattr(self.data, 'prep_id', "")
def setConfigURL(self, configURL):
"""
_setConfigURL_
Set the config URL in a portable storage form
"""
fileRefs = self.getAllFileRefs()
# Should now have all the fileRefs
for f in fileRefs:
f.configURL = configURL
return
def setInputDataset(self, inputPath):
"""
_setInputDataset_
Set the input dataset path for the task in each file
"""
fileRefs = self.getAllFileRefs()
# Should now have all the fileRefs
for f in fileRefs:
f.inputPath = inputPath
return
def setStepRSS(self, stepName, minimum, maximum, average):
"""
_setStepRSS_
Set the Performance RSS information
"""
reportStep = self.retrieveStep(stepName)
reportStep.performance.section_('RSSMemory')
reportStep.performance.RSSMemory.min = minimum
reportStep.performance.RSSMemory.max = maximum
reportStep.performance.RSSMemory.average = average
return
def setStepPMEM(self, stepName, minimum, maximum, average):
"""
_setStepPMEM_
Set the Performance PMEM information
"""
reportStep = self.retrieveStep(stepName)
reportStep.performance.section_('PhysicalMemory')
reportStep.performance.PhysicalMemory.min = minimum
reportStep.performance.PhysicalMemory.max = maximum
reportStep.performance.PhysicalMemory.average = average
return
def setStepPCPU(self, stepName, minimum, maximum, average):
"""
_setStepPCPU_
Set the Performance PCPU information
"""
reportStep = self.retrieveStep(stepName)
reportStep.performance.section_('PercentCPU')
reportStep.performance.PercentCPU.min = minimum
reportStep.performance.PercentCPU.max = maximum
reportStep.performance.PercentCPU.average = average
return
def setStepVSize(self, stepName, minimum, maximum, average):
"""
_setStepVSize_
Set the Performance PCPU information
"""
reportStep = self.retrieveStep(stepName)
reportStep.performance.section_('VSizeMemory')
reportStep.performance.VSizeMemory.min = minimum
reportStep.performance.VSizeMemory.max = maximum
reportStep.performance.VSizeMemory.average = average
return
def setStepCounter(self, stepName, counter):
"""
_setStepCounter_
Assign a number to the step
"""
reportStep = self.retrieveStep(stepName)
reportStep.counter = counter
return
def checkForAdlerChecksum(self, stepName):
"""
_checkForAdlerChecksum_
Some steps require that all output files have adler checksums
This will go through all output files in a step and make sure they
have an adler32 checksum. If they don't it creates an error with
code 60451 for the step, failing it.
"""
error = None
files = self.getAllFilesFromStep(step=stepName)
for f in files:
if 'adler32' not in f.get('checksums', {}):
error = f.get('lfn', None)
elif f['checksums']['adler32'] is None:
error = f.get('lfn', None)
if error:
msg = '%s, file was %s' % (WM_JOB_ERROR_CODES[60451], error)
self.addError(stepName, 60451, "NoAdler32Checksum", msg)
self.setStepStatus(stepName=stepName, status=60451)
return
def checkForRunLumiInformation(self, stepName):
"""
_checkForRunLumiInformation_
Some steps require that all output files have run lumi information.
This will go through all output files in a step and make sure
they have run/lumi informaiton. If they don't it creates an error
with code 70452 for the step, failing it.
"""
error = None
files = self.getAllFilesFromStep(step=stepName)
for f in files:
if not f.get('runs', None):
error = f.get('lfn', None)
else:
for run in f['runs']:
lumis = run.lumis
if not lumis:
error = f.get('lfn', None)
break
if error:
msg = '%s, file was %s' % (WM_JOB_ERROR_CODES[70452], error)
self.addError(stepName, 70452, "NoRunLumiInformation", msg)
self.setStepStatus(stepName=stepName, status=70452)
return
def checkForOutputFiles(self, stepName):
"""
_checkForOutputFiles_
Verify that there is at least an output file, either from
analysis or from an output module.
"""
files = self.getAllFilesFromStep(step=stepName)
analysisFiles = self.getAnalysisFilesFromStep(step=stepName)
if len(files) == 0 and len(analysisFiles) == 0:
msg = WM_JOB_ERROR_CODES[60450]
msg += "\nList of skipped files is:\n"
for skipF in self.getSkippedFilesFromStep(stepName=stepName):
msg += " %s\n" % skipF
self.addError(stepName, 60450, "NoOutput", msg)
self.setStepStatus(stepName=stepName, status=60450)
return
def stripInputFiles(self):
"""
_stripInputFiles_
If we need to compact the FWJR the easiest way is just to
trim the number of input files.
"""
for stepName in self.listSteps():
step = self.retrieveStep(stepName)
inputSources = step.input.listSections_()
for inputSource in inputSources:
source = getattr(step.input, inputSource)
for fileNum in range(source.files.fileCount):
delattr(source.files, "file%d" % fileNum)
source.files.fileCount = 0
return
def getWorkerNodeInfo(self):
wnInfo = {
"HostName": getattr(self.data, 'hostName', ''),
"MachineFeatures": getattr(self.data, 'machineFeatures', {}),
"JobFeatures": getattr(self.data, 'jobFeatures', {})
}
return wnInfo
def setLogURL(self, url):
"""
Set log url for the this job report.
https://eoscmsweb.cern.ch/eos/cms/store/logs/prod/recent/
"""
self.data.logURL = url
def getLogURL(self):
"""
_getLogURL_
Return the log URL
"""
return getattr(self.data, 'logURL', '')
def addTier1Skim(config, skimName, dataTier, primaryDataset, cmsswVersion,
processingVersion, configURL, globalTag, twoFileRead = False,
skimNode = None):
"""
_addTier1Skim_
Add the configuration of a skim that is to be run over a particular primary
dataset and data tier at a particular site to the Tier0 configuration. The
skims will be launched as blocks are transfered to the site. The site name
must correspond to the site name in the ProdAgent JobQueue.
"""
datasetConfig = config.Datasets.section_(primaryDataset)
skimConfig = ConfigSection(name = "SomeTier1Skim")
skimConfig.PrimaryDataset = primaryDataset
skimConfig.DataTier = dataTier
skimConfig.SkimName = skimName
skimConfig.CMSSWVersion = cmsswVersion
skimConfig.ConfigURL = configURL
skimConfig.GlobalTag = globalTag
skimConfig.ProcessingVersion = processingVersion
skimConfig.TwoFileRead = twoFileRead
skimConfig.Node = skimNode
datasetConfig.Tier1Skims.append(skimConfig)
return
#!/usr/bin/env python
# -*- coding: utf-8 -*-
"""
__ProcessingSample__
Example of a report from a processing job with multiple output modules
Created on Fri Jun 8 11:27:53 2012
@author: dballest
"""
from WMCore.Configuration import ConfigSection
from WMCore.FwkJobReport.Report import Report
FrameworkJobReport = ConfigSection("FrameworkJobReport")
FrameworkJobReport.task = '/Run195529-SingleElectron-Run2012B-PromptReco-v1-SingleElectron/DataProcessing'
FrameworkJobReport.workload = 'Unknown'
FrameworkJobReport.section_('cmsRun1')
FrameworkJobReport.cmsRun1.status = 0
FrameworkJobReport.cmsRun1.counter = 1
FrameworkJobReport.cmsRun1.section_('cleanup')
FrameworkJobReport.cmsRun1.cleanup.section_('unremoved')
FrameworkJobReport.cmsRun1.cleanup.section_('removed')
FrameworkJobReport.cmsRun1.cleanup.removed.fileCount = 0
FrameworkJobReport.cmsRun1.section_('errors')
FrameworkJobReport.cmsRun1.section_('logs')
FrameworkJobReport.cmsRun1.section_('parameters')
FrameworkJobReport.cmsRun1.parameters.GeneratorInfo = ''
FrameworkJobReport.cmsRun1.parameters.ReadBranches = ''
FrameworkJobReport.cmsRun1.outputModules = ['SKIMStreamDiTau', 'SKIMStreamHighMET', 'SKIMStreamLogError', 'SKIMStreamLogErrorMonitor', 'SKIMStreamTOPElePlusJets', 'SKIMStreamWElectron']
FrameworkJobReport.cmsRun1.stopTime = 1339094634.7
FrameworkJobReport.cmsRun1.section_('site')
<proxy url="http://cmsfrontier2.fnal.gov:3128"/>
</frontier-connect>
</calib-data>
</site>
</site-local-config>
"""
siteLocalConfig = os.path.join(self.testDir,
"test-site-local-config.xml")
f = open(siteLocalConfig, 'w')
f.write(siteLocalConfigContent)
f.close()
from WMCore.WMRuntime.Scripts.SetupCMSSWPset import SetupCMSSWPset
setupScript = SetupCMSSWPset()
setupScript.step = self.createTestStep()
setupScript.stepSpace = ConfigSection(name="stepSpace")
setupScript.stepSpace.location = os.path.join(self.testDir, "cmsRun1")
setupScript.job = self.createTestJob()
# define pileup configuration
# despite of the implementation considering whichever type of pileup,
# only "data" and "mc" types are eventually considered and lead to any
# modifications of job input files
pileupConfig = {
"data": [
"/Mu/PenguinsPenguinsEverywhere-SingleMu-HorriblyJaundicedYellowEyedPenginsSearchingForCarrots-v31/RECO"
],
"mc": [
"/Mu/PenguinsPenguinsEverywhere-SingleMu-HorriblyJaundicedYellowEyedPenginsSearchingForCarrots-v31/RECO"
]
}
dbsUrl = "http://cmsdbsprod.cern.ch/cms_dbs_prod_global/servlet/DBSServlet"
def getBaggage(self):
confSect = ConfigSection()
confSect.seeding = self.seeding
confSect.lheInputFiles = self.lheInputFiles
return confSect
#!/usr/bin/env python
# -*- coding: utf-8 -*-
"""
__FallbackSample__
Example of a report from a job that had xrootd fallback reads
"""
from WMCore.Configuration import ConfigSection
from WMCore.FwkJobReport.Report import Report
FrameworkJobReport = ConfigSection("FrameworkJobReport")
FrameworkJobReport.task = '/Run195530-PhotonHad-Run2012B-PromptReco-v1-PhotonHad/DataProcessing'
FrameworkJobReport.workload = 'Unknown'
FrameworkJobReport.section_('cmsRun1')
FrameworkJobReport.cmsRun1.status = 1
FrameworkJobReport.cmsRun1.section_('cleanup')
FrameworkJobReport.cmsRun1.cleanup.section_('unremoved')
FrameworkJobReport.cmsRun1.cleanup.section_('removed')
FrameworkJobReport.cmsRun1.cleanup.removed.fileCount = 0
FrameworkJobReport.cmsRun1.section_('errors')
FrameworkJobReport.cmsRun1.section_('logs')
FrameworkJobReport.cmsRun1.section_('parameters')
FrameworkJobReport.cmsRun1.parameters.ReadBranches = ''
FrameworkJobReport.cmsRun1.outputModules = []
FrameworkJobReport.cmsRun1.section_('site')
FrameworkJobReport.cmsRun1.section_('analysis')
FrameworkJobReport.cmsRun1.analysis.section_('files')
FrameworkJobReport.cmsRun1.analysis.files.fileCount = 0
FrameworkJobReport.cmsRun1.section_('performance')
#!/usr/bin/env python
# -*- coding: utf-8 -*-
"""
__ErrorSample__
Example of a report from a job that failed
Created on Fri Jun 8 13:22:11 2012
@author: dballest
"""
from WMCore.Configuration import ConfigSection
from WMCore.FwkJobReport.Report import Report
FrameworkJobReport = ConfigSection("FrameworkJobReport")
FrameworkJobReport.task = '/Run195530-PhotonHad-Run2012B-PromptReco-v1-PhotonHad/DataProcessing'
FrameworkJobReport.workload = 'Unknown'
FrameworkJobReport.section_('cmsRun1')
FrameworkJobReport.cmsRun1.status = 1
FrameworkJobReport.cmsRun1.counter = 1
FrameworkJobReport.cmsRun1.section_('errors')
FrameworkJobReport.cmsRun1.errors.section_('error0')
FrameworkJobReport.cmsRun1.errors.error0.type = 'CMSSWStepFailure'
FrameworkJobReport.cmsRun1.errors.error0.details = ''
FrameworkJobReport.cmsRun1.errors.error0.exitCode = 84
FrameworkJobReport.cmsRun1.errors.section_('error1')
FrameworkJobReport.cmsRun1.errors.error1.type = 'Fatal Exception'
FrameworkJobReport.cmsRun1.errors.error1.details = ''
FrameworkJobReport.cmsRun1.errors.error1.exitCode = '8020'
FrameworkJobReport.cmsRun1.errors.section_('error2')
FrameworkJobReport.cmsRun1.errors.error2.type = 'ErrorLoggingAddition'
class Report:
"""
The base class for the new jobReport
"""
def __init__(self, reportname = None):
self.data = ConfigSection("FrameworkJobReport")
self.data.steps = []
self.data.workload = "Unknown"
if reportname:
self.addStep(reportname = reportname)
return
def __str__(self):
return str(self.data)
def listSteps(self):
"""
_listSteps_
List the names of all the steps in the report.
"""
return self.data.steps
def setStepStatus(self, stepName, status):
"""
_setStepStatus_
Set the status for a step.
"""
reportStep = self.retrieveStep(stepName)
reportStep.status = status
return
def parse(self, xmlfile, stepName = "cmsRun1"):
"""
_parse_
Read in the FrameworkJobReport XML file produced
by cmsRun and pull the information from it into this object
"""
from WMCore.FwkJobReport.XMLParser import xmlToJobReport
try:
xmlToJobReport(self, xmlfile)
except Exception as ex:
msg = "Error reading XML job report file, possibly corrupt XML File:\n"
msg += "Details: %s" % str(ex)
crashMessage = "\nStacktrace:\n"
stackTrace = traceback.format_tb(sys.exc_info()[2], None)
for stackFrame in stackTrace:
crashMessage += stackFrame
self.addError(stepName, 50115, "BadFWJRXML", msg)
raise FwkJobReportException(msg)
def jsonizeFiles(self, reportModule):
"""
_jsonizeFiles_
Put individual files in JSON format.
"""
jsonFiles = []
files = getattr(reportModule, "files", None)
if not files:
return jsonFiles
fileCount = getattr(reportModule.files, "fileCount", 0)
for i in range(fileCount):
reportFile = getattr(reportModule.files, "file%s" % i)
jsonFile = reportFile.dictionary_()
if jsonFile.get('runs', None):
cfgSectionRuns = jsonFile["runs"]
jsonFile["runs"] = {}
for runNumber in cfgSectionRuns.listSections_():
jsonFile["runs"][str(runNumber)] = getattr(cfgSectionRuns,
runNumber)
jsonFiles.append(jsonFile)
return jsonFiles
def jsonizePerformance(self, perfSection):
"""
_jsonizePerformance_
Convert the performance section of the FWJR into JSON.
"""
jsonPerformance = {}
for reportSection in ["storage", "memory", "cpu", "multicore"]:
jsonPerformance[reportSection] = {}
if not hasattr(perfSection, reportSection):
continue
jsonPerformance[reportSection] = getattr(perfSection, reportSection).dictionary_()
for key in jsonPerformance[reportSection].keys():
val = jsonPerformance[reportSection][key]
if type(val) == types.FloatType:
if math.isinf(val) or math.isnan(val):
jsonPerformance[reportSection][key] = None
return jsonPerformance
def __to_json__(self, thunker):
"""
__to_json__
Create a JSON version of the Report.
"""
jsonReport = {}
jsonReport["task"] = self.getTaskName()
jsonReport["steps"] = {}
jsonReport["skippedFiles"] = self.getAllSkippedFiles()
jsonReport["fallbackFiles"] = self.getAllFallbackFiles()
for stepName in self.listSteps():
reportStep = self.retrieveStep(stepName)
jsonStep = {}
jsonStep["status"] = reportStep.status
stepTimes = self.getTimes(stepName)
if stepTimes["startTime"] != None:
stepTimes["startTime"] = int(stepTimes["startTime"])
if stepTimes["stopTime"] != None:
stepTimes["stopTime"] = int(stepTimes["stopTime"])
jsonStep["start"] = stepTimes["startTime"]
jsonStep["stop"] = stepTimes["stopTime"]
jsonStep["performance"] = self.jsonizePerformance(reportStep.performance)
jsonStep["output"] = {}
for outputModule in reportStep.outputModules:
reportOutputModule = getattr(reportStep.output, outputModule)
jsonStep["output"][outputModule] = self.jsonizeFiles(reportOutputModule)
analysisSection = getattr(reportStep, 'analysis', None)
if analysisSection:
jsonStep["output"]['analysis'] = self.jsonizeFiles(analysisSection)
jsonStep["input"] = {}
for inputSource in reportStep.input.listSections_():
reportInputSource = getattr(reportStep.input, inputSource)
jsonStep["input"][inputSource] = self.jsonizeFiles(reportInputSource)
jsonStep["errors"] = []
errorCount = getattr(reportStep.errors, "errorCount", 0)
for i in range(errorCount):
reportError = getattr(reportStep.errors, "error%i" % i)
jsonStep["errors"].append({"type": reportError.type,
"details": reportError.details,
"exitCode": reportError.exitCode})
jsonStep["cleanup"] = {}
jsonStep["parameters"] = {}
jsonStep["site"] = self.getSiteName()
jsonStep["analysis"] = {}
jsonStep["logs"] = {}
jsonReport["steps"][stepName] = jsonStep
return jsonReport
def getSiteName(self):
"""
_getSiteName_
Returns the site name attribute (no step specific)
"""
return getattr(self.data, 'siteName', {})
def getExitCodes(self):
"""
_getExitCodes_
Return a list of all non-zero exit codes in the report
"""
returnCodes = set()
for stepName in self.listSteps():
returnCodes.update(self.getStepExitCodes(stepName = stepName))
return returnCodes
def getStepExitCodes(self, stepName):
"""
_getStepExitCodes_
Returns a list of all non-zero exit codes in the step
"""
returnCodes = set()
reportStep = self.retrieveStep(stepName)
errorCount = getattr(reportStep.errors, "errorCount", 0)
for i in range(errorCount):
reportError = getattr(reportStep.errors, "error%i" % i)
if getattr(reportError, 'exitCode', None):
returnCodes.add(int(reportError.exitCode))
return returnCodes
def getExitCode(self):
"""
_getExitCode_
Return the first exit code you find.
"""
returnCode = 0
for stepName in self.listSteps():
errorCode = self.getStepExitCode(stepName = stepName)
if errorCode == 99999:
# Then we don't know what this error was
# Mark it for return only if we don't fine an
# actual error code in the job.
returnCode = errorCode
elif errorCode != 0:
return errorCode
return returnCode
def getStepExitCode(self, stepName):
"""
_getStepExitCode_
Get the exit code for a particular step
Return 0 if none
"""
returnCode = 0
reportStep = self.retrieveStep(stepName)
errorCount = getattr(reportStep.errors, "errorCount", 0)
for i in range(errorCount):
reportError = getattr(reportStep.errors, "error%i" % i)
if not getattr(reportError, 'exitCode', None):
returnCode = 99999
else:
return int(reportError.exitCode)
return returnCode
def persist(self, filename):
"""
_persist_
Pickle this object and save it to disk.
"""
handle = open(filename, 'w')
cPickle.dump(self.data, handle)
handle.close()
return
def unpersist(self, filename, reportname = None):
"""
_unpersist_
Load a pickled FWJR from disk.
"""
handle = open(filename, 'r')
self.data = cPickle.load(handle)
handle.close()
# old self.report (if it existed) became unattached
if reportname:
self.report = getattr(self.data, reportname)
return
def addOutputModule(self, moduleName):
"""
_addOutputModule_
Add an entry for an output module.
"""
self.report.outputModules.append(moduleName)
self.report.output.section_(moduleName)
outMod = getattr(self.report.output, moduleName)
outMod.section_("files")
outMod.section_("dataset")
outMod.files.fileCount = 0
return outMod
def killOutput(self):
"""
_killOutput_
Remove all the output from the report. This is useful for chained
processing where we don't want to keep the output from a particular
step in a job.
"""
for outputModuleName in self.report.outputModules:
delattr(self.report.output, outputModuleName)
self.report.outputModules = []
return
def addOutputFile(self, outputModule, file = {}):
"""
_addFile_
Add an output file to the outputModule provided.
"""
if not checkFileForCompletion(file):
# Then the file is not complete, and should not be added
print "ERROR"
return None
# Now load the output module and create the file object
outMod = getattr(self.report.output, outputModule, None)
if outMod == None:
outMod = self.addOutputModule(outputModule)
count = outMod.files.fileCount
fileSection = "file%s" % count
outMod.files.section_(fileSection)
fileRef = getattr(outMod.files, fileSection)
outMod.files.fileCount += 1
# Now we need to eliminate the optional and non-primitives:
# runs, parents, branches, locations and datasets
keyList = file.keys()
fileRef.section_("runs")
if "runs" in file:
for run in file["runs"]:
addRunInfoToFile(fileRef, run)
keyList.remove('runs')
if "parents" in file:
setattr(fileRef, 'parents', list(file['parents']))
keyList.remove('parents')
if "locations" in file:
fileRef.location = list(file["locations"])
keyList.remove('locations')
elif "SEName" in file:
fileRef.location = [file["SEName"]]
if "LFN" in file:
fileRef.lfn = file["LFN"]
keyList.remove("LFN")
if "PFN" in file:
fileRef.lfn = file["PFN"]
keyList.remove("PFN")
# All right, the rest should be JSONalizable python primitives
for entry in keyList:
setattr(fileRef, entry, file[entry])
#And we're done
return fileRef
def addInputSource(self, sourceName):
"""
_addInputSource_
Add an input source to the report doing nothing if the input source
already exists.
"""
if hasattr(self.report.input, sourceName):
return getattr(self.report.input, sourceName)
self.report.input.section_(sourceName)
srcMod = getattr(self.report.input, sourceName)
srcMod.section_("files")
srcMod.files.fileCount = 0
return srcMod
def addInputFile(self, sourceName, **attrs):
"""
_addInputFile_
Add an input file to the given source.
"""
srcMod = getattr(self.report.input, sourceName, None)
if srcMod == None:
srcMod = self.addInputSource(sourceName)
count = srcMod.files.fileCount
fileSection = "file%s" % count
srcMod.files.section_(fileSection)
fileRef = getattr(srcMod.files, fileSection)
srcMod.files.fileCount += 1
keyList = attrs.keys()
fileRef.section_("runs")
if "runs" in attrs:
for run in attrs["runs"]:
addRunInfoToFile(fileRef, run)
keyList.remove('runs')
if "parents" in attrs:
keyList.remove('parents')
if "locations" in attrs:
keyList.remove('locations')
# All right, the rest should be JSONalizable python primitives
for entry in keyList:
setattr(fileRef, entry, attrs[entry])
return fileRef
def addAnalysisFile(self, filename, **attrs):
"""
_addAnalysisFile_
Add an Analysis File.
"""
analysisFiles = self.report.analysis.files
count = analysisFiles.fileCount
label = "file%s" % count
analysisFiles.section_(label)
newFile = getattr(analysisFiles, label)
newFile.fileName = filename
[ setattr(newFile, x, y) for x, y in attrs.items() ]
analysisFiles.fileCount += 1
return
def addRemovedCleanupFile(self, **attrs):
"""
_addRemovedCleanupFile_
Add a file to the cleanup.removed file
"""
removedFiles = self.report.cleanup.removed
count = self.report.cleanup.removed.fileCount
label = 'file%s' % count
removedFiles.section_(label)
newFile = getattr(removedFiles, label)
[ setattr(newFile, x, y) for x, y in attrs.items() ]
self.report.cleanup.removed.fileCount += 1
return
def addError(self, stepName, exitCode, errorType, errorDetails):
"""
_addError_
Add an error report with an exitCode, type/class of error and
details of the error as a string
"""
if self.retrieveStep(stepName) == None:
# Create a step and set it to failed
# Assumption: Adding an error fails a step
self.addStep(stepName, status = 1)
stepSection = self.retrieveStep(stepName)
errorCount = getattr(stepSection.errors, "errorCount", 0)
errEntry = "error%s" % errorCount
stepSection.errors.section_(errEntry)
errDetails = getattr(stepSection.errors, errEntry)
errDetails.exitCode = exitCode
errDetails.type = str(errorType)
errDetails.details = errorDetails
setattr(stepSection.errors, "errorCount", errorCount +1)
return
def addSkippedFile(self, lfn, pfn):
"""
_addSkippedFile_
Report a skipped input file
"""
count = self.report.skipped.files.fileCount
entry = "file%s" % count
self.report.skipped.files.section_(entry)
skipSect = getattr(self.report.skipped.files, entry)
skipSect.PhysicalFileName = pfn
skipSect.LogicalFileName = lfn
self.report.skipped.files.fileCount += 1
return
def addFallbackFile(self, lfn, pfn):
"""
_addFallbackFile_
Report a fallback attempt for input file
"""
count = self.report.fallback.files.fileCount
entry = "file%s" % count
self.report.fallback.files.section_(entry)
fallbackSect = getattr(self.report.fallback.files, entry)
fallbackSect.PhysicalFileName = pfn
fallbackSect.LogicalFileName = lfn
self.report.fallback.files.fileCount += 1
return
def addSkippedEvent(self, run, event):
"""
_addSkippedEvent_
Add a skipped event.
"""
self.report.skipped.events.section_(str(run))
runsect = getattr(self.report.skipped.events, str(run))
if not hasattr(runsect, "eventList"):
runsect.eventList = []
runsect.eventList.append(event)
return
def addStep(self, reportname, status = 1):
"""
_addStep_
This creates a report section into self.report
"""
if hasattr(self.data, reportname):
msg = "Attempted to create pre-existing report section %s" % (reportname)
logging.error(msg)
return
self.data.steps.append(reportname)
self.reportname = reportname
self.data.section_(reportname)
self.report = getattr(self.data, reportname)
self.report.id = None
self.report.status = status
self.report.outputModules = []
# structure
self.report.section_("site")
self.report.section_("output")
self.report.section_("input")
self.report.section_("performance")
self.report.section_("analysis")
self.report.section_("errors")
self.report.section_("skipped")
self.report.section_("fallback")
self.report.section_("parameters")
self.report.section_("logs")
self.report.section_("cleanup")
self.report.analysis.section_("files")
self.report.cleanup.section_("removed")
self.report.cleanup.section_("unremoved")
self.report.skipped.section_("events")
self.report.skipped.section_("files")
self.report.fallback.section_("files")
self.report.skipped.files.fileCount = 0
self.report.fallback.files.fileCount = 0
self.report.analysis.files.fileCount = 0
self.report.cleanup.removed.fileCount = 0
return
def setStep(self, stepName, stepSection):
"""
_setStep_
"""
if not stepName in self.data.steps:
self.data.steps.append(stepName)
else:
logging.info("Step %s is now being overridden by a new step report" % stepName)
self.data.section_(stepName)
setattr(self.data, stepName, stepSection)
return
def retrieveStep(self, step):
"""
_retrieveStep_
Grabs a report in the raw and returns it.
"""
reportSection = getattr(self.data, step, None)
return reportSection
def load(self, filename):
"""
_load_
This just maps to unpersist
"""
self.unpersist(filename)
return
def save(self, filename):
"""
_save_
This just maps to persist
"""
self.persist(filename)
return
def getOutputModule(self, step, outputModule):
"""
_getOutputModule_
Get the output module from a particular step
"""
stepReport = self.retrieveStep(step = step)
if not stepReport:
return None
return getattr(stepReport.output, outputModule, None)
def getOutputFile(self, fileName, outputModule, step):
"""
_getOutputFile_
Takes a fileRef object and returns a DataStructs/File object as output
"""
outputMod = self.getOutputModule(step = step, outputModule = outputModule)
if not outputMod:
return None
fileRef = getattr(outputMod.files, fileName, None)
newFile = File(locations = set())
#Locations
newFile.setLocation(getattr(fileRef, "location", None))
#Runs
runList = fileRef.runs.listSections_()
for run in runList:
lumis = getattr(fileRef.runs, run)
newRun = Run(int(run), *lumis)
newFile.addRun(newRun)
newFile["lfn"] = getattr(fileRef, "lfn", None)
newFile["pfn"] = getattr(fileRef, "pfn", None)
newFile["events"] = int(getattr(fileRef, "events", 0))
newFile["size"] = int(getattr(fileRef, "size", 0))
newFile["branches"] = getattr(fileRef, "branches", [])
newFile["input"] = getattr(fileRef, "input", [])
newFile["inputpfns"] = getattr(fileRef, "inputpfns", [])
newFile["branch_hash"] = getattr(fileRef, "branch_hash", None)
newFile["catalog"] = getattr(fileRef, "catalog", "")
newFile["guid"] = getattr(fileRef, "guid", "")
newFile["module_label"] = getattr(fileRef, "module_label", "")
newFile["checksums"] = getattr(fileRef, "checksums", {})
newFile["merged"] = bool(getattr(fileRef, "merged", False))
newFile["dataset"] = getattr(fileRef, "dataset", {})
newFile["acquisitionEra"] = getattr(fileRef, 'acquisitionEra', None)
newFile["processingVer"] = getattr(fileRef, 'processingVer', None)
newFile["validStatus"] = getattr(fileRef, 'validStatus', None)
newFile["globalTag"] = getattr(fileRef, 'globalTag', None)
newFile["prep_id"] = getattr(fileRef, 'prep_id', None)
newFile['configURL'] = getattr(fileRef, 'configURL', None)
newFile['inputPath'] = getattr(fileRef, 'inputPath', None)
newFile["outputModule"] = outputModule
newFile["fileRef"] = fileRef
return newFile
def getAllFilesFromStep(self, step):
"""
_getAllFilesFromStep_
For a given step, retrieve all the associated files
"""
stepReport = self.retrieveStep(step = step)
if not stepReport:
logging.debug("Asked to retrieve files from non-existant step %s" % step)
return []
listOfModules = getattr(stepReport, 'outputModules', None)
if not listOfModules:
logging.debug("Asked to retrieve files from step %s with no outputModules" % step)
logging.debug("StepReport: %s" % stepReport)
return []
listOfFiles = []
for module in listOfModules:
tmpList = self.getFilesFromOutputModule(step = step, outputModule = module)
if not tmpList:
continue
listOfFiles.extend(tmpList)
return listOfFiles
def getAllFiles(self):
"""
_getAllFiles_
Grabs all files in all output modules in all steps
"""
listOfFiles = []
for step in self.data.steps:
tmp = self.getAllFilesFromStep(step = step)
if tmp:
listOfFiles.extend(tmp)
return listOfFiles
def getAllInputFiles(self):
"""
_getAllInputFiles_
Gets all the input files
"""
listOfFiles = []
for step in self.data.steps:
tmp = self.getInputFilesFromStep(stepName = step)
if tmp:
listOfFiles.extend(tmp)
return listOfFiles
def getInputFilesFromStep(self, stepName, inputSource = None):
"""
_getInputFilesFromStep_
Retrieve a list of input files from the given step.
"""
step = self.retrieveStep(stepName)
inputSources = []
if inputSource == None:
inputSources = step.input.listSections_()
else:
inputSources = [inputSource]
inputFiles = []
for inputSource in inputSources:
source = getattr(step.input, inputSource)
for fileNum in range(source.files.fileCount):
fwjrFile = getattr(source.files, "file%d" % fileNum)
lfn = getattr(fwjrFile, "lfn", None)
pfn = getattr(fwjrFile, "pfn", None)
size = getattr(fwjrFile, "size", 0)
events = getattr(fwjrFile, "events", 0)
branches = getattr(fwjrFile, "branches", [])
catalog = getattr(fwjrFile, "catalog", None)
guid = getattr(fwjrFile, "guid", None)
inputSourceClass = getattr(fwjrFile, "input_source_class", None)
moduleLabel = getattr(fwjrFile, "module_label", None)
inputType = getattr(fwjrFile, "input_type", None)
inputFile = File(lfn = lfn, size = size, events = events)
inputFile["pfn"] = pfn
inputFile["branches"] = branches
inputFile["catalog"] = catalog
inputFile["guid"] = guid
inputFile["input_source_class"] = inputSourceClass
inputFile["module_label"] = moduleLabel
inputFile["input_type"] = inputType
runSection = getattr(fwjrFile, "runs")
runNumbers = runSection.listSections_()
for runNumber in runNumbers:
lumiTuple = getattr(runSection, str(runNumber))
inputFile.addRun(Run(int(runNumber), *lumiTuple))
inputFiles.append(inputFile)
return inputFiles
def getFilesFromOutputModule(self, step, outputModule):
"""
_getFilesFromOutputModule_
Grab all the files in a particular output module
"""
listOfFiles = []
outputMod = self.getOutputModule(step = step, outputModule = outputModule)
if not outputMod:
return None
for n in range(outputMod.files.fileCount):
file = self.getOutputFile(fileName = 'file%i' %(n), outputModule = outputModule, step = step)
if not file:
msg = "Could not find file%i in module" % (n)
logging.error(msg)
return None
#Now, append to the list of files
listOfFiles.append(file)
return listOfFiles
def getAllSkippedFiles(self):
"""
_getAllSkippedFiles_
Get a list of LFNs for all the input files
listed as skipped on the report.
"""
listOfFiles = []
for step in self.data.steps:
tmp = self.getSkippedFilesFromStep(stepName = step)
if tmp:
listOfFiles.extend(tmp)
return listOfFiles
def getAllFallbackFiles(self):
"""
_getAllFallbackFiles_
Get a list of LFNs for all the input files
listed as fallback attempt on the report
"""
listOfFiles = []
for step in self.data.steps:
tmp = self.getFallbackFilesFromStep(stepName = step)
if tmp:
listOfFiles.extend(tmp)
return listOfFiles
def getSkippedFilesFromStep(self, stepName):
"""
_getSkippedFilesFromStep_
Get a list of LFNs skipped in the given step
"""
skippedFiles = []
step = self.retrieveStep(stepName)
filesSection = step.skipped.files
fileCount = getattr(filesSection, "fileCount", 0)
for fileNum in range(fileCount):
fileSection = getattr(filesSection, "file%d" % fileNum)
lfn = getattr(fileSection, "LogicalFileName", None)
if lfn is not None:
skippedFiles.append(lfn)
else:
logging.error("Found no LFN in file %s" % str(fileSection))
return skippedFiles
def getFallbackFilesFromStep(self, stepName):
"""
_getFallbackFilesFromStep_
Get a list of LFNs which triggered a fallback in the given step
"""
fallbackFiles = []
step = self.retrieveStep(stepName)
try:
filesSection = step.fallback.files
except AttributeError:
return fallbackFiles
fileCount = getattr(filesSection, "fileCount", 0)
for fileNum in range(fileCount):
fileSection = getattr(filesSection, "file%d" % fileNum)
lfn = getattr(fileSection, "LogicalFileName", None)
if lfn is not None:
fallbackFiles.append(lfn)
else:
logging.error("Found no LFN in file %s" % str(fileSection))
return fallbackFiles
def getStepErrors(self, stepName):
"""
_getStepErrors_
Get all errors for a given step
"""
if self.retrieveStep(stepName) == None:
# Create a step and set it to failed
# Assumption: Adding an error fails a step
self.addStep(stepName, status = 1)
stepSection = self.retrieveStep(stepName)
errorCount = getattr(stepSection.errors, "errorCount", 0)
if errorCount == 0:
return {}
else:
return stepSection.errors.dictionary_()
def stepSuccessful(self, stepName):
"""
_stepSuccessful_
Determine wether or not a step was successful.
"""
stepReport = self.retrieveStep(step = stepName)
status = getattr(stepReport, 'status', 1)
# We have too many possibilities
if status not in [0, '0', 'success', 'Success']:
return False
return True
def taskSuccessful(self, ignoreString = 'logArch'):
"""
_taskSuccessful_
Return True if all steps successful, False otherwise
"""
value = True
if len(self.data.steps) == 0:
# Mark jobs as failed if they have no steps
msg = "Could not find any steps"
logging.error(msg)
return False
for stepName in self.data.steps:
# Ignore specified steps
# i.e., logArch steps can fail without causing
# the task to fail
if ignoreString and re.search(ignoreString, stepName):
continue
if not self.stepSuccessful(stepName = stepName):
value = False
return value
def getAnalysisFilesFromStep(self, step):
"""
_getAnalysisFilesFromStep_
Retrieve a list of all the analysis files produced in a step.
"""
stepReport = self.retrieveStep(step=step)
if not stepReport or not hasattr(stepReport.analysis, 'files'):
return []
analysisFiles = stepReport.analysis.files
results = []
for fileNum in range(analysisFiles.fileCount):
results.append(getattr(analysisFiles, "file%s" % fileNum))
# filter out duplicates
duplicateCheck = []
filteredResults = []
for result in results:
inputtag = getattr(result, 'inputtag', None)
if (result.fileName, inputtag) not in duplicateCheck:
duplicateCheck.append((result.fileName, inputtag))
filteredResults.append(result)
return filteredResults
def getAllFileRefsFromStep(self, step):
"""
_getAllFileRefsFromStep_
Retrieve a list of all files produced in a step. The files will be in
the form of references to the ConfigSection objects in the acutal
report.
"""
stepReport = self.retrieveStep(step = step)
if not stepReport:
return []
outputModules = getattr(stepReport, "outputModules", [])
fileRefs = []
for outputModule in outputModules:
outputModuleRef = self.getOutputModule(step = step, outputModule = outputModule)
for i in range(outputModuleRef.files.fileCount):
fileRefs.append(getattr(outputModuleRef.files, "file%i" % i))
analysisFiles = self.getAnalysisFilesFromStep(step)
fileRefs.extend(analysisFiles)
return fileRefs
def addInfoToOutputFilesForStep(self, stepName, step):
"""
_addInfoToOutputFilesForStep_
Add the information missing from output files to the files
This requires the WMStep to be passed in
"""
stepReport = self.retrieveStep(step = stepName)
fileInfo = FileInfo()
if not stepReport:
return None
listOfModules = getattr(stepReport, 'outputModules', None)
for module in listOfModules:
outputMod = getattr(stepReport.output, module, None)
for n in range(outputMod.files.fileCount):
file = getattr(outputMod.files, 'file%i' %(n), None)
if not file:
msg = "Could not find file%i in module" % (n)
logging.error(msg)
return None
fileInfo(fileReport = file, step = step, outputModule = module)
return
def deleteOutputModuleForStep(self, stepName, moduleName):
"""
_deleteOutputModuleForStep_
Delete any reference to the given output module in the step report
that includes deleting any output file it produced
"""
stepReport = self.retrieveStep(step = stepName)
if not stepReport:
return
listOfModules = getattr(stepReport, 'outputModules', [])
if moduleName not in listOfModules:
return
delattr(stepReport.output, moduleName)
listOfModules.remove(moduleName)
return
def setStepStartTime(self, stepName):
"""
_setStepStatus_
Set the startTime for a step.
"""
reportStep = self.retrieveStep(stepName)
reportStep.startTime = time.time()
return
def setStepStopTime(self, stepName):
"""
_setStepStatus_
Set the stopTime for a step.
"""
reportStep = self.retrieveStep(stepName)
reportStep.stopTime = time.time()
return
def getTimes(self, stepName):
"""
_getTimes_
Return a dictionary with the start and stop times
"""
reportStep = self.retrieveStep(stepName)
startTime = getattr(reportStep, 'startTime', None)
stopTime = getattr(reportStep, 'stopTime', None)
return {'startTime': startTime, 'stopTime': stopTime}
def getFirstStartLastStop(self):
"""
_getFirstStartLastStop_
Get the first startTime, last stopTime
"""
steps = self.listSteps()
if len(steps) < 1:
return None
firstStep = self.getTimes(stepName = steps[0])
startTime = firstStep['startTime']
stopTime = firstStep['stopTime']
for stepName in steps:
timeStamps = self.getTimes(stepName = stepName)
if timeStamps['startTime'] is None or timeStamps['stopTime'] is None:
# Unusable times
continue
if startTime is None or startTime > timeStamps['startTime']:
startTime = timeStamps['startTime']
if stopTime is None or stopTime < timeStamps['stopTime']:
stopTime = timeStamps['stopTime']
return {'startTime': startTime, 'stopTime': stopTime}
def setTaskName(self, taskName):
"""
_setTaskName_
Set the task name for the report
"""
self.data.task = taskName
return
def getTaskName(self):
"""
_getTaskName_
Return the task name
"""
return getattr(self.data, 'task', None)
def setJobID(self, jobID):
"""
_setJobID_
Set the WMBS jobID
"""
self.data.jobID = jobID
return
def getJobID(self):
"""
_getJobID_
Get the WMBS job ID if attached
"""
return getattr(self.data, 'jobID', None)
def getAllFileRefs(self):
"""
_getAllFileRefs_
Get references for all file in the step
"""
fileRefs = []
for step in self.data.steps:
tmpRefs = self.getAllFileRefsFromStep(step = step)
if len(tmpRefs) > 0:
fileRefs.extend(tmpRefs)
return fileRefs
def setAcquisitionProcessing(self, acquisitionEra, processingVer, processingStr = None):
"""
_setAcquisitionProcessing_
Set the acquisition and processing era for every output file
ONLY run this after all files have been accumulated; it doesn't
set things for future files.
"""
fileRefs = self.getAllFileRefs()
# Should now have all the fileRefs
for f in fileRefs:
f.acquisitionEra = acquisitionEra
f.processingVer = processingVer
f.processingStr = processingStr
return
def setValidStatus(self, validStatus):
"""
_setValidStatus_
Set the validStatus for all steps and all files.
ONLY run this after all files have been attached.
"""
fileRefs = self.getAllFileRefs()
# Should now have all the fileRefs
for f in fileRefs:
f.validStatus = validStatus
return
def setGlobalTag(self, globalTag):
"""
_setGlobalTag_
Set the global Tag from the spec on the WN
ONLY run this after all the files have been attached
"""
fileRefs = self.getAllFileRefs()
# Should now have all the fileRefs
for f in fileRefs:
f.globalTag = globalTag
return
def setPrepID(self, prep_id):
"""
_setGlobalTag_
Set the global Tag from the spec on the WN
ONLY run this after all the files have been attached
"""
fileRefs = self.getAllFileRefs()
# Should now have all the fileRefs
for f in fileRefs:
f.prep_id = prep_id
return
def setConfigURL(self, configURL):
"""
_setConfigURL_
Set the config URL in a portable storage form
"""
fileRefs = self.getAllFileRefs()
# Should now have all the fileRefs
for f in fileRefs:
f.configURL = configURL
return
def setInputDataset(self, inputPath):
"""
_setInputDataset_
Set the input dataset path for the task in each file
"""
fileRefs = self.getAllFileRefs()
# Should now have all the fileRefs
for f in fileRefs:
f.inputPath = inputPath
return
def setStepRSS(self, stepName, min, max, average):
"""
_setStepRSS_
Set the Performance RSS information
"""
reportStep = self.retrieveStep(stepName)
reportStep.performance.section_('RSSMemory')
reportStep.performance.RSSMemory.min = min
reportStep.performance.RSSMemory.max = max
reportStep.performance.RSSMemory.average = average
return
def setStepPMEM(self, stepName, min, max, average):
"""
_setStepPMEM_
Set the Performance PMEM information
"""
reportStep = self.retrieveStep(stepName)
reportStep.performance.section_('PhysicalMemory')
reportStep.performance.PhysicalMemory.min = min
reportStep.performance.PhysicalMemory.max = max
reportStep.performance.PhysicalMemory.average = average
return
def setStepPCPU(self, stepName, min, max, average):
"""
_setStepPCPU_
Set the Performance PCPU information
"""
reportStep = self.retrieveStep(stepName)
reportStep.performance.section_('PercentCPU')
reportStep.performance.PercentCPU.min = min
reportStep.performance.PercentCPU.max = max
reportStep.performance.PercentCPU.average = average
return
def setStepVSize(self, stepName, min, max, average):
"""
_setStepVSize_
Set the Performance PCPU information
"""
reportStep = self.retrieveStep(stepName)
reportStep.performance.section_('VSizeMemory')
reportStep.performance.VSizeMemory.min = min
reportStep.performance.VSizeMemory.max = max
reportStep.performance.VSizeMemory.average = average
return
def setStepCounter(self, stepName, counter):
"""
_setStepCounter_
Assign a number to the step
"""
reportStep = self.retrieveStep(stepName)
reportStep.counter = counter
return
def checkForAdlerChecksum(self, stepName):
"""
_checkForAdlerChecksum_
Some steps require that all output files have adler checksums
This will go through all output files in a step and make sure they
have an adler32 checksum. If they don't it creates an error with
code 60451 for the step, failing it.
"""
error = None
files = self.getAllFilesFromStep(step = stepName)
for f in files:
if not 'adler32' in f.get('checksums', {}).keys():
error = f.get('lfn', None)
elif f['checksums']['adler32'] == None:
error = f.get('lfn', None)
if error:
msg = '%s, file was %s' % (WMJobErrorCodes[60451], error)
self.addError(stepName, 60451, "NoAdler32Checksum", msg)
self.setStepStatus(stepName = stepName, status = 60451)
return
def checkForRunLumiInformation(self, stepName):
"""
_checkForRunLumiInformation_
Some steps require that all output files have run lumi information.
This will go through all output files in a step and make sure
they have run/lumi informaiton. If they don't it creates an error
with code 60452 for the step, failing it.
"""
error = None
files = self.getAllFilesFromStep(step = stepName)
for f in files:
if not f.get('runs', None):
error = f.get('lfn', None)
else:
for run in f['runs']:
lumis = run.lumis
if not lumis:
error = f.get('lfn', None)
break
if error:
msg = '%s, file was %s' % (WMJobErrorCodes[60452], error)
self.addError(stepName, 60452, "NoRunLumiInformation", msg)
self.setStepStatus(stepName = stepName, status = 60452)
return
def checkForOutputFiles(self, stepName):
"""
_checkForOutputFiles_
Verify that there is at least an output file, either from
analysis or from an output module.
"""
files = self.getAllFilesFromStep(step = stepName)
analysisFiles = self.getAnalysisFilesFromStep(step = stepName)
if not (len(files) > 0 or len(analysisFiles) > 0):
msg = WMJobErrorCodes[60450]
self.addError(stepName, 60450, "NoOutput", msg)
self.setStepStatus(stepName = stepName, status = 60450)
return
def stripInputFiles(self):
"""
_stripInputFiles_
If we need to compact the FWJR the easiest way is just to
trim the number of input files.
"""
for stepName in self.data.steps:
step = self.retrieveStep(stepName)
inputSources = step.input.listSections_()
for inputSource in inputSources:
source = getattr(step.input, inputSource)
for fileNum in range(source.files.fileCount):
delattr(source.files, "file%d" % fileNum)
source.files.fileCount = 0
return
def __init__(self, name = None):
BaseConfigSection.__init__(self, name)
#!/usr/bin/env python
# -*- coding: utf-8 -*-
"""
__MergeSample__
Example of a report from a merge job
Created on Fri Jun 8 13:22:30 2012
@author: dballest
"""
from WMCore.Configuration import ConfigSection
from WMCore.FwkJobReport.Report import Report
FrameworkJobReport = ConfigSection("FrameworkJobReport")
FrameworkJobReport.task = (
"/Run195376-MuEG-Run2012B-PromptReco-v1-MuEG/DataProcessing/DataProcessingMergeSKIMStreamLogError"
)
FrameworkJobReport.workload = "Unknown"
FrameworkJobReport.section_("cmsRun1")
FrameworkJobReport.cmsRun1.status = 0
FrameworkJobReport.cmsRun1.counter = 1
FrameworkJobReport.cmsRun1.section_("cleanup")
FrameworkJobReport.cmsRun1.cleanup.section_("unremoved")
FrameworkJobReport.cmsRun1.cleanup.section_("removed")
FrameworkJobReport.cmsRun1.cleanup.removed.fileCount = 0
FrameworkJobReport.cmsRun1.section_("errors")
FrameworkJobReport.cmsRun1.section_("logs")
FrameworkJobReport.cmsRun1.section_("parameters")
FrameworkJobReport.cmsRun1.parameters.GeneratorInfo = ""
FrameworkJobReport.cmsRun1.parameters.ReadBranches = ""
def testForwardSinkEntireChain(self):
"""
The test chain looks as follows:
worker -> Receiver1(+its Processor configured to do ForwardSink) -> Receiver2 whose
address as the destination the ForwardSink is configured with -> Receiver2 will
do FileSink so that it's possible to verify the chain.
"""
# configuration for the Receiver+Processor+ForwardSink 1 (group)
config1 = Configuration()
config1.component_("AlertProcessor")
config1.AlertProcessor.section_("critical")
config1.AlertProcessor.section_("soft")
config1.AlertProcessor.critical.level = 5
config1.AlertProcessor.soft.level = 0
config1.AlertProcessor.soft.bufferSize = 0
config1.AlertProcessor.critical.section_("sinks")
config1.AlertProcessor.soft.section_("sinks")
config1.AlertProcessor.critical.sinks.section_("forward")
config1.AlertProcessor.soft.sinks.section_("forward")
# address of the Receiver2
config1.AlertProcessor.critical.sinks.forward.address = self.address2
config1.AlertProcessor.critical.sinks.forward.controlAddr = self.controlAddr2
config1.AlertProcessor.critical.sinks.forward.label = "ForwardSinkTest"
config1.AlertProcessor.soft.sinks.forward.address = self.address2
config1.AlertProcessor.soft.sinks.forward.controlAddr = self.controlAddr2
config1.AlertProcessor.soft.sinks.forward.label = "ForwardSinkTest"
# 1) first item of the chain is source of Alerts: worker()
# 2) second item is Receiver1 + its Processor + its ForwardSink
processor1 = Processor(config1.AlertProcessor)
# ForwardSink will be created automatically by the Processor
receiver1 = Receiver(self.address1, processor1, self.controlAddr1)
receiver1.startReceiver() # non blocking call
# 3) third group is Receiver2 with its Processor and final FileSink
config2 = Configuration()
config2.component_("AlertProcessor")
config2.AlertProcessor.section_("critical")
config2.AlertProcessor.section_("soft")
config2.AlertProcessor.critical.level = 5
config2.AlertProcessor.soft.level = 0
config2.AlertProcessor.soft.bufferSize = 0
config2.AlertProcessor.critical.section_("sinks")
config2.AlertProcessor.soft.section_("sinks")
config2.AlertProcessor.critical.sinks.section_("file")
config2.AlertProcessor.soft.sinks.section_("file")
# configuration of the final sink
config2.AlertProcessor.critical.sinks.file.outputfile = self.outputfileCritical
config2.AlertProcessor.soft.sinks.file.outputfile = self.outputfileSoft
processor2 = Processor(config2.AlertProcessor)
# final FileSink will be automatically created by the Processor
receiver2 = Receiver(self.address2, processor2, self.controlAddr2)
receiver2.startReceiver() # non blocking call
# now send the Alert messages via worker() and eventually shut the receiver1
worker(self.address1, self.controlAddr1, 10)
# wait until receiver1 shuts
while receiver1.isReady():
time.sleep(0.4)
print "%s waiting for Receiver1 to shut ..." % inspect.stack()[0][3]
# shut down receiver2 - need to sendShutdown() to it
s = Sender(self.address2, self.controlAddr2, "some_id")
s.sendShutdown()
# wait until receiver2 shuts
while receiver2.isReady():
time.sleep(0.4)
print "%s waiting for Receiver2 to shut ..." % inspect.stack()[0][3]
# check the result in the files
# the bufferSize for soft-level Alerts was set to 0 so all
# Alerts should be present also in the soft-level type file
# initial 10 Alerts (Level 0 .. 9) gets distributed though a cascade
# of two Receivers. soft alerts with level 0 .. 4 are considered
# so Receiver1 forwards through its ForwardSink 0 .. 4 Alerts as soft and
# 5 .. 9 level Alerts through 'critical'. order is not guaranteed
# critical Alerts
fileConfig = ConfigSection("file")
fileConfig.outputfile = self.outputfileCritical
sink = FileSink(fileConfig)
expectedLevels = range(5, 10) # that is 5 .. 9
loadAlerts = sink.load()
self.assertEqual(len(loadAlerts), len(expectedLevels))
d = dict(very = "interesting")
for a in loadAlerts:
self.assertEqual(a["Details"], d)
# soft Alerts
fileConfig = ConfigSection("file")
fileConfig.outputfile = self.outputfileSoft
sink = FileSink(fileConfig)
expectedLevels = range(0, 5) # that is 0 .. 4
loadAlerts = sink.load()
self.assertEqual(len(loadAlerts), len(expectedLevels))
for a in loadAlerts:
self.assertEqual(a["Details"], d)