class RegressionTestCase(IntegrationTest):
""" Base class for the Regression test cases
"""
def setUp(self):
super(RegressionTestCase, self).setUp()
self.diracLHCb = DiracLHCb()
self.bkkClient = BookkeepingClient()
exeScriptLoc = find_all('exe-script.py', '..',
'/LHCbDIRAC/tests/Workflow/Regression')[0]
helloWorldLoc = find_all('helloWorld.py', '..',
'/LHCbDIRAC/tests/Workflow/Regression')[0]
shutil.copyfile(exeScriptLoc, './exe-script.py')
shutil.copyfile(helloWorldLoc, './helloWorld.py')
helloWorldXMLLocation = find_all(
'helloWorld.xml', '..', '/LHCbDIRAC/tests/Workflow/Regression')[0]
self.j_u_hello = LHCbJob(helloWorldXMLLocation)
self.j_u_hello.setConfigArgs('pilot.cfg')
helloWorldXMLFewMoreLocation = find_all(
'helloWorld.xml', '..', '/LHCbDIRAC/tests/Workflow/Regression')[0]
self.j_u_helloPlus = LHCbJob(helloWorldXMLFewMoreLocation)
self.j_u_helloPlus.setConfigArgs('pilot.cfg')
# self.j_u_collision12 = LHCbJob( 'collision12.xml' )
# self.j_u_rootMerger = LHCbJob( 'rootMerger.xml' )
def tearDown(self):
os.remove('exe-script.py')
os.remove('helloWorld.py')
def __init__(self, script=None):
"""Instantiates the Workflow object and some default parameters.
"""
self.LHCbJob = LHCbJob(script)
self.bkkClient = BookkeepingClient()
self.transformation = Transformation()
self.opsHelper = Operations()
self.bkSteps = {}
self.prodGroup = ''
self.plugin = ''
self.inputFileMask = ''
self.inputBKSelection = {}
self.jobFileGroupSize = 0
self.ancestorProduction = 0
self.transformationFamily = 0
self.priority = 1
self.gaudiSteps = []
# a dictionary with 'FileType':'SEName'. All the file types should be present. HISTs are present by default
histogramSE = self.opsHelper.getValue('Productions/HistogramSE',
'CERN-HIST')
histoTypes = self.opsHelper.getValue(
'Productions/HistogramTypes',
['HIST', 'BRUNELHIST', 'DAVINCIHIST', 'GAUSSHIST'])
self.outputSEs = dict((ht, histogramSE) for ht in histoTypes)
if not script:
self.__setDefaults()
def setUp(self):
super(UserJobTestCase, self).setUp()
print "\n \n ********************************* \n Running a new test \n *********************************"
self.dLHCb = DiracLHCb()
try:
self.exeScriptLocation = find_all('exe-script.py',
os.environ['WORKSPACE'],
'/tests/Workflow/Integration')[0]
except (IndexError, KeyError):
self.exeScriptLocation = find_all('exe-script.py', rootPath,
'/tests/Workflow/Integration')[0]
try:
self.exeScriptFromDIRACLocation = find_all(
'exe-script-fromDIRAC.py', os.environ['WORKSPACE'],
'/tests/Workflow/Integration')[0]
except (IndexError, KeyError):
self.exeScriptFromDIRACLocation = find_all(
'exe-script-fromDIRAC.py', rootPath,
'/tests/Workflow/Integration')[0]
self.lhcbJobTemplate = LHCbJob()
self.lhcbJobTemplate.setLogLevel('DEBUG')
try:
# This is the standard location in Jenkins
self.lhcbJobTemplate.setInputSandbox(
find_all('pilot.cfg',
os.environ['WORKSPACE'] + '/PilotInstallDIR')[0])
except (IndexError, KeyError):
self.lhcbJobTemplate.setInputSandbox(
find_all('pilot.cfg', rootPath)[0])
self.lhcbJobTemplate.setConfigArgs('pilot.cfg')
def test_Regression_Production(self):
location40651 = find_all('40651.xml', '..', 'Regression')[0]
j_mc_40651 = LHCbJob(location40651)
j_mc_40651.setConfigArgs('pilot.cfg')
res = j_mc_40651.runLocal(self.diracLHCb)
self.assertTrue(res['OK'])
def test_Regression_Production(self):
try:
location66219 = find_all('66219.xml', os.environ['WORKSPACE'], '/LHCbDIRAC/tests/Workflow/Regression')[0]
except (IndexError, KeyError):
location66219 = find_all('66219.xml', rootPath, '/LHCbDIRAC/tests/Workflow/Regression')[0]
j_mergeHISTO_66219 = LHCbJob(location66219)
j_mergeHISTO_66219.setConfigArgs('pilot.cfg')
res = j_mergeHISTO_66219.runLocal(self.diracLHCb)
self.assertTrue(res['OK'])
def test_Regression_Production(self):
# Turbo Stripping Collision15em
try:
location46403 = find_all('46403.xml', os.environ['WORKSPACE'],
'/LHCbDIRAC/tests/Workflow/Regression')[0]
except (IndexError, KeyError):
location46403 = find_all('46403.xml', rootPath,
'/LHCbDIRAC/tests/Workflow/Regression')[0]
j_stripp_46403 = LHCbJob(location46403)
j_stripp_46403.setConfigArgs('pilot.cfg')
res = j_stripp_46403.runLocal(self.diracLHCb)
self.assertTrue(res['OK'])
def execute(self):
""" main loop """
jobDescription = self.paramDict['Job']
prodID = self.paramDict['TransformationID']
jobID = self.paramDict['TaskID']
job = LHCbJob(jobDescription)
result = preSubmissionLFNs(job._getParameters(),
job.workflow.createCode(),
productionID=prodID,
jobID=jobID)
if not result['OK']:
gLogger.error(result)
return result
def test_Regression_Production(self):
# Reco from Reco17 # FIXME: the input file is not there.
try:
location63284 = find_all('63284.xml', os.environ['WORKSPACE'],
'/LHCbDIRAC/tests/Workflow/Regression')[0]
except (IndexError, KeyError):
location63284 = find_all('63284.xml', rootPath,
'/LHCbDIRAC/tests/Workflow/Regression')[0]
j_reco_63284 = LHCbJob(location63284)
j_reco_63284.setConfigArgs('pilot.cfg')
res = j_reco_63284.runLocal(self.diracLHCb)
self.assertTrue(res['OK'])
def runLocal(self):
""" Create XML workflow for local testing then reformulate as a job and run locally.
"""
xmlFileName = self.__createWorkflow()
# it makes a job (a Worklow, with Parameters), out of the xml file
return LHCbJob(xmlFileName).runLocal()
def __runJobLocally(jobID, basepath):
"""
Runs the job!
"""
from LHCbDIRAC.Interfaces.API.LHCbJob import LHCbJob
localJob = LHCbJob(basepath + "InputSandbox" + str(jobID) + os.path.sep +
"jobDescription.xml")
localJob.setInputSandbox(os.getcwd() + "pilot.cfg")
localJob.setConfigArgs(os.getcwd() + "pilot.cfg")
os.chdir(basepath)
localJob.runLocal()
def __getOutputLFNs(self,
prodID='12345',
prodJobID='6789',
prodXMLFile=''):
""" Will construct the output LFNs for the production for visual inspection.
"""
if not prodXMLFile:
gLogger.verbose('Using workflow object to generate XML file')
prodXMLFile = self.__createWorkflow()
job = LHCbJob(prodXMLFile)
result = preSubmissionLFNs(
job._getParameters(),
job.workflow.createCode(), # pylint: disable=protected-access
productionID=prodID,
jobID=prodJobID)
if not result['OK']:
return result
lfns = result['Value']
gLogger.verbose(lfns)
return result
def setUp(self):
super(RegressionTestCase, self).setUp()
self.diracLHCb = DiracLHCb()
self.bkkClient = BookkeepingClient()
exeScriptLoc = find_all('exe-script.py', '..',
'/LHCbDIRAC/tests/Workflow/Regression')[0]
helloWorldLoc = find_all('helloWorld.py', '..',
'/LHCbDIRAC/tests/Workflow/Regression')[0]
shutil.copyfile(exeScriptLoc, './exe-script.py')
shutil.copyfile(helloWorldLoc, './helloWorld.py')
helloWorldXMLLocation = find_all(
'helloWorld.xml', '..', '/LHCbDIRAC/tests/Workflow/Regression')[0]
self.j_u_hello = LHCbJob(helloWorldXMLLocation)
self.j_u_hello.setConfigArgs('pilot.cfg')
helloWorldXMLFewMoreLocation = find_all(
'helloWorld.xml', '..', '/LHCbDIRAC/tests/Workflow/Regression')[0]
self.j_u_helloPlus = LHCbJob(helloWorldXMLFewMoreLocation)
self.j_u_helloPlus.setConfigArgs('pilot.cfg')
from DIRAC.tests.Utilities.utils import find_all
from LHCbDIRAC.Interfaces.API.LHCbJob import LHCbJob
from LHCbDIRAC.Interfaces.API.DiracLHCb import DiracLHCb
#from tests.Workflow.Integration.Test_UserJobs import createJob
gLogger.setLevel('DEBUG')
cwd = os.path.realpath('.')
dirac = DiracLHCb()
# Simple Hello Word job to DIRAC.Jenkins.ch
gLogger.info("\n Submitting hello world job targeting DIRAC.Jenkins.ch")
helloJ = LHCbJob()
helloJ.setName("helloWorld-TEST-TO-Jenkins")
try:
helloJ.setInputSandbox([find_all('exe-script.py', rootPath, '/DIRAC/tests/Workflow/')[0]])
except IndexError:
helloJ.setInputSandbox([find_all('exe-script.py', os.environ['WORKSPACE'], '/DIRAC/tests/Workflow/')[0]])
helloJ.setExecutable("exe-script.py", "", "helloWorld.log")
helloJ.setCPUTime(17800)
helloJ.setDestination('DIRAC.Jenkins.ch')
result = dirac.submitJob(helloJ)
gLogger.info("Hello world job: ", result)
if not result['OK']:
gLogger.error("Problem submitting job", result['Message'])
exit(1)
def createJob(local=True):
gaudirunJob = LHCbJob()
gaudirunJob.setName("gaudirun-Gauss-test")
if local:
try:
gaudirunJob.setInputSandbox([
find_all('prodConf_Gauss_00012345_00067890_1.py',
os.environ['WORKSPACE'],
'/tests/System/GridTestSubmission')[0],
find_all('wrongConfig.cfg', os.environ['WORKSPACE'],
'/tests/System/GridTestSubmission')[0],
find_all('pilot.cfg',
os.environ['WORKSPACE'] + '/PilotInstallDIR')[0]
])
except (IndexError, KeyError):
gaudirunJob.setInputSandbox([
find_all('prodConf_Gauss_00012345_00067890_1.py', rootPath,
'/tests/System/GridTestSubmission')[0],
find_all('wrongConfig.cfg', rootPath,
'/tests/System/GridTestSubmission')[0],
find_all('pilot.cfg', rootPath)[0]
])
else:
try:
gaudirunJob.setInputSandbox([
find_all('prodConf_Gauss_00012345_00067890_1.py',
os.environ['WORKSPACE'],
'/tests/System/GridTestSubmission')[0],
find_all('wrongConfig.cfg', os.environ['WORKSPACE'],
'/tests/System/GridTestSubmission')[0]
])
except (IndexError, KeyError):
gaudirunJob.setInputSandbox([
find_all('prodConf_Gauss_00012345_00067890_1.py', rootPath,
'/tests/System/GridTestSubmission')[0],
find_all('wrongConfig.cfg', rootPath,
'/tests/System/GridTestSubmission')[0]
])
gaudirunJob.setOutputSandbox('00012345_00067890_1.sim')
optGauss = "$APPCONFIGOPTS/Gauss/Sim08-Beam3500GeV-md100-2011-nu2.py;"
optDec = "$DECFILESROOT/options/34112104.py;"
optPythia = "$LBPYTHIAROOT/options/Pythia.py;"
optOpts = "$APPCONFIGOPTS/Gauss/G4PL_FTFP_BERT_EmNoCuts.py;"
optCompr = "$APPCONFIGOPTS/Persistency/Compression-ZLIB-1.py;"
optPConf = "prodConf_Gauss_00012345_00067890_1.py"
options = optGauss + optDec + optPythia + optOpts + optCompr + optPConf
gaudirunJob.setApplication(
'Gauss',
'v45r5',
options,
extraPackages='AppConfig.v3r171;Gen/DecFiles.v27r14p1;ProdConf.v1r9',
systemConfig='x86_64-slc5-gcc43-opt',
modulesNameList=[
'CreateDataFile', 'GaudiApplication', 'FileUsage',
'UploadOutputData', 'UploadLogFile', 'FailoverRequest',
'UserJobFinalization'
],
parametersList=[('applicationName', 'string', '', 'Application Name'),
('applicationVersion', 'string', '',
'Application Version'),
('applicationLog', 'string', '',
'Name of the output file of the application'),
('optionsFile', 'string', '', 'Options File'),
('extraOptionsLine', 'string', '',
'This is appended to standard options'),
('inputDataType', 'string', '', 'Input Data Type'),
('inputData', 'string', '', 'Input Data'),
('numberOfEvents', 'string', '', 'Events treated'),
('extraPackages', 'string', '', 'ExtraPackages'),
('listoutput', 'list', [], 'StepOutputList'),
('SystemConfig', 'string', '', 'binary tag')])
gaudirunJob._addParameter(gaudirunJob.workflow, 'PRODUCTION_ID', 'string',
'00012345', 'ProductionID')
gaudirunJob._addParameter(gaudirunJob.workflow, 'JOB_ID', 'string',
'00067890', 'JobID')
gaudirunJob._addParameter(gaudirunJob.workflow, 'configName', 'string',
'testCfg', 'ConfigName')
gaudirunJob._addParameter(gaudirunJob.workflow, 'configVersion', 'string',
'testVer', 'ConfigVersion')
outputList = [{
'stepName': 'GaussStep1',
'outputDataType': 'sim',
'outputBKType': 'SIM',
'outputDataSE': 'Tier1_MC-DST',
'outputDataName': '00012345_00067890_1.sim'
}]
gaudirunJob._addParameter(gaudirunJob.workflow, 'outputList', 'list',
outputList, 'outputList')
gaudirunJob._addParameter(gaudirunJob.workflow, 'outputDataFileMask',
'string', '', 'outputFM')
gaudirunJob._addParameter(gaudirunJob.workflow, 'outputMode', 'string',
'Local', 'OM')
gaudirunJob._addParameter(gaudirunJob.workflow, 'LogLevel', 'string',
'DEBUG', 'LL')
outputFilesDict = [{
'outputDataName': '00012345_00067890_1.sim',
'outputDataSE': 'Tier1_MC-DST',
'outputDataType': 'SIM'
}]
gaudirunJob._addParameter(gaudirunJob.workflow.step_instances[0],
'listoutput', 'list', outputFilesDict,
'listoutput')
gaudirunJob.setLogLevel('DEBUG')
gaudirunJob.setDIRACPlatform()
if local:
gaudirunJob.setConfigArgs('pilot.cfg wrongConfig.cfg')
else:
gaudirunJob.setConfigArgs('wrongConfig.cfg')
gaudirunJob.setCPUTime(172800)
return gaudirunJob
# dirac job created by ganga
from DIRAC.DataManagementSystem.Utilities.DMSHelpers import DMSHelpers
from LHCbDIRAC.Interfaces.API.LHCbJob import LHCbJob
from LHCbDIRAC.Interfaces.API.DiracLHCb import DiracLHCb
j = LHCbJob()
dirac = DiracLHCb()
# default commands added by ganga
j.setName("helloWorld-test")
j.setInputSandbox([
'/afs/cern.ch/user/f/fstagni/userJobs/_inputHello.tgz',
'/afs/cern.ch/user/f/fstagni/userJobs/hello-script.py'
])
j.setExecutable("exe-script.py", "", "Ganga_Executable.log")
# <-- user settings
j.setCPUTime(172800)
try:
tier1s = DMSHelpers().getTiers(tier=(0, 1))
except AttributeError:
tier1s = [
'LCG.CERN.cern', 'LCG.CNAF.it', 'LCG.GRIDKA.de', 'LCG.IN2P3.fr',
'LCG.NIKHEF.nl', 'LCG.PIC.es', 'LCG.RAL.uk', 'LCG.RRCKI.ru',
'LCG.SARA.nl'
]
j.setBannedSites(tier1s)
# user settings -->
# print j.workflow
from LHCbDIRAC.Interfaces.API.DiracLHCb import DiracLHCb
from DIRAC.DataManagementSystem.Utilities.DMSHelpers import DMSHelpers
try:
from LHCbDIRAC.tests.Workflow.Integration.Test_UserJobs import createJob
except ImportError:
from tests.Workflow.Integration.Test_UserJobs import createJob
gLogger.setLevel('DEBUG')
cwd = os.path.realpath('.')
########################################################################################
gLogger.info("\n Submitting hello world job banning T1s")
helloJ = LHCbJob()
dirac = DiracLHCb()
helloJ.setName("helloWorld-test-T2s")
helloJ.setInputSandbox([
find_all('exe-script.py', rootPath, '/tests/System/GridTestSubmission')[0]
])
helloJ.setExecutable("exe-script.py", "", "helloWorld.log")
helloJ.setCPUTime(17800)
try:
tier1s = DMSHelpers().getTiers(tier=(0, 1))
except AttributeError:
tier1s = [
'LCG.CERN.cern', 'LCG.CNAF.it', 'LCG.GRIDKA.de', 'LCG.IN2P3.fr',
def test_LHCbsubmit(self):
print "**********************************************************************************************************"
gLogger.info(
"\n Submitting hello world job targeting DIRAC.JobDebugger.cern")
helloJ = LHCbJob()
helloJ.setName("helloWorld-test-CERN")
helloJ.setInputSandbox([
find_all('exe-script.py', '..',
'/LHCbDIRAC/tests/System/GridTestSubmission')[0]
])
helloJ.setExecutable("exe-script.py", "", "helloWorld.log")
helloJ.setCPUTime(17800)
helloJ.setDestination('DIRAC.JobDebugger.cern')
result = self.dirac.submitJob(helloJ)
gLogger.info("Hello world job: ", result)
jobID = int(result['Value'])
jobsSubmittedList.append(jobID)
self.assertTrue(result['OK'])
print "**********************************************************************************************************"
gLogger.info("\n Submitting hello world job targeting slc6 machines")
helloJ = LHCbJob()
helloJ.setName("helloWorld-test-slc6")
helloJ.setInputSandbox([
find_all('exe-script.py', '.',
'/LHCbDIRAC/tests/System/GridTestSubmission')[0]
])
helloJ.setExecutable("exe-script.py", "", "helloWorld.log")
helloJ.setCPUTime(17800)
helloJ.setPlatform('x86_64-slc6')
result = self.dirac.submitJob(helloJ)
gLogger.info("Hello world job: ", result)
jobID = int(result['Value'])
jobsSubmittedList.append(jobID)
self.assertTrue(result['OK'])
print "**********************************************************************************************************"
gLogger.info("\n Submitting a job that uploads an output")
helloJ = LHCbJob()
helloJ.setName("upload-Output-test")
helloJ.setInputSandbox( [find_all( 'testFileUpload.txt', '.',
'/LHCbDIRAC/tests/System/GridTestSubmission' )[0]]\
+ [find_all( 'exe-script.py', '.',
'/LHCbDIRAC/tests/System/GridTestSubmission' )[0]] )
helloJ.setExecutable("exe-script.py", "", "helloWorld.log")
helloJ.setCPUTime(17800)
helloJ.setDestination('DIRAC.JobDebugger.cern')
helloJ.setOutputData(['testFileUpload.txt'])
result = self.dirac.submitJob(helloJ)
gLogger.info("Hello world with output: ", result)
jobID = int(result['Value'])
jobsSubmittedList.append(jobID)
self.assertTrue(result['OK'])
class Production(object):
""" Production uses an LHCbJob object, as well as few clients.
"""
#############################################################################
def __init__(self, script=None):
"""Instantiates the Workflow object and some default parameters.
"""
self.LHCbJob = LHCbJob(script)
self.bkkClient = BookkeepingClient()
self.transformation = Transformation()
self.opsHelper = Operations()
self.bkSteps = {}
self.prodGroup = ''
self.plugin = ''
self.inputFileMask = ''
self.inputBKSelection = {}
self.jobFileGroupSize = 0
self.ancestorProduction = 0
self.transformationFamily = 0
self.priority = 1
self.gaudiSteps = []
# a dictionary with 'FileType':'SEName'. All the file types should be present. HISTs are present by default
histogramSE = self.opsHelper.getValue('Productions/HistogramSE',
'CERN-HIST')
histoTypes = self.opsHelper.getValue(
'Productions/HistogramTypes',
['HIST', 'BRUNELHIST', 'DAVINCIHIST', 'GAUSSHIST'])
self.outputSEs = dict((ht, histogramSE) for ht in histoTypes)
if not script:
self.__setDefaults()
#############################################################################
def __setDefaults(self):
"""Sets some default parameters.
"""
self.LHCbJob.stepCount = 0
self.LHCbJob.setOutputSandbox(
self.opsHelper.getValue('Productions/inOutputSandbox',
['std.out', 'std.err', '*.log']))
self.setJobParameters({
'Type': 'MCSimulation',
'Platform': 'ANY',
'CPUTime': '1000000',
'LogLevel': 'verbose',
'JobGroup': '@{PRODUCTION_ID}'
})
self.setFileMask('')
# General workflow parameters
self.setParameter('PRODUCTION_ID', 'string', '00012345',
'ProductionID')
self.setParameter('JOB_ID', 'string', '00006789', 'ProductionJobID')
self.setParameter('poolXMLCatName', 'string', 'pool_xml_catalog.xml',
'POOLXMLCatalogName')
self.setParameter('outputMode', 'string', 'Any', 'SEResolutionPolicy')
self.setParameter('outputDataFileMask', 'string', '',
'outputDataFileMask')
# BK related parameters
self.setParameter('configName', 'string', 'MC', 'ConfigName')
self.setParameter('configVersion', 'string', '2009', 'ConfigVersion')
self.setParameter('conditions', 'string', '',
'SimOrDataTakingCondsString')
#############################################################################
def setJobParameters(self, parametersDict):
""" Set an (LHCb)Job parameter
The parametersDict is in the form {'parameterName': 'value'}
Each parameter calls LHCbJob.setparameterName(value)
"""
for parameter in parametersDict.keys():
getattr(self.LHCbJob, 'set' + parameter)(parametersDict[parameter])
#############################################################################
def setParameter(self, name, parameterType, parameterValue, description):
"""Set parameters checking in CS in case some defaults need to be changed.
"""
proposedParam = self.opsHelper.getValue('Productions/%s' % name, '')
if proposedParam:
gLogger.debug('Setting %s from CS defaults = %s' %
(name, proposedParam))
self.LHCbJob._addParameter(self.LHCbJob.workflow, name,
parameterType, proposedParam,
description) # pylint: disable=protected-access
else:
gLogger.debug('Setting parameter %s = %s' % (name, parameterValue))
self.LHCbJob._addParameter(self.LHCbJob.workflow, name,
parameterType, parameterValue,
description) # pylint: disable=protected-access
#############################################################################
@staticmethod
def __checkArguments(extraPackages, optionsFile):
""" Checks for typos in the structure of standard arguments to workflows.
In case of any non-standard settings will raise an exception preventing
creation of the production. Must be called after setting the first event type
of the production.
"""
if not extraPackages:
extraPackages = []
if not optionsFile:
optionsFile = []
if extraPackages:
if not re.search(';', extraPackages):
extraPackages = [extraPackages]
else:
extraPackages = extraPackages.split(';')
if optionsFile:
if not re.search(';', optionsFile):
optionsFile = [optionsFile]
for package in extraPackages:
gLogger.verbose("Checking extra package: %s" % (package))
if not re.search('.', package):
raise TypeError(
"Must have extra packages in the following format 'Name.Version' not %s"
% (package))
gLogger.verbose(
"Extra packages and event type options are correctly specified")
return S_OK()
#############################################################################
def addApplicationStep(self, stepDict, inputData=None, modulesList=None):
""" Adds an application step to the workflow
stepDict contains everything that is in the step, for this production, e.g.::
{'ApplicationName': 'DaVinci', 'Usable': 'Yes', 'StepId': 13718, 'ApplicationVersion': 'v28r3p1',
'ExtraPackages': 'AppConfig.v3r104', 'StepName': 'Stripping14-Merging', 'ExtraOptions': '',
'ProcessingPass': '******', 'Visible': 'N', 'OptionsFormat': '',
'OptionFiles': '$APPCONFIGOPTS/Merging/DV-Stripping14-Merging.py',
'DDDB': 'head-20110302', 'CONDDB': 'head-20110407', 'DQTag': '',
'isMulticore': 'N', 'SystemConfig': '', 'mcTCK': '',
'fileTypesIn': ['SDST'],
'visibilityFlag': [{'Visible': 'Y', 'FileType': 'BHADRON.DST'}],
'fileTypesOut': ['BHADRON.DST', 'CALIBRATION.DST', 'CHARM.MDST', 'CHARMCOMPLETEEVENT.DST']}
Note: this step treated here does not necessarily corresponds to a step of the BKK:
the case where they might be different is the merging case.
:param dict stepDict: contains everything that is in the step, for this production
:param str inputData: the input data of the step. Either None, or 'previousStep', or the input to the step
:param list modulesList: the list of module names (str) this step is made of. If None, a default is taken.
:returns: the name (str) of the step added
"""
appName = stepDict['ApplicationName']
appVersion = stepDict['ApplicationVersion']
optionsFile = stepDict['OptionFiles']
stepID = stepDict['StepId']
stepName = stepDict['StepName']
stepVisible = stepDict['Visible']
extraPackages = stepDict['ExtraPackages']
optionsLine = stepDict['ExtraOptions']
fileTypesIn = stepDict['fileTypesIn']
fileTypesOut = stepDict['fileTypesOut']
stepPass = stepDict['ProcessingPass']
optionsFormat = stepDict['OptionsFormat']
dddbOpt = stepDict['DDDB']
conddbOpt = stepDict['CONDDB']
dqOpt = stepDict['DQTag']
multicore = stepDict['isMulticore']
sysConfig = stepDict['SystemConfig']
outputVisibility = stepDict['visibilityFlag']
if sysConfig == 'None' or sysConfig == 'NULL' or not sysConfig or sysConfig is None:
sysConfig = 'ANY'
mcTCK = stepDict['mcTCK']
if extraPackages:
if isinstance(extraPackages, list):
extraPackages = ';'.join(extraPackages)
if not isinstance(extraPackages, str):
raise TypeError("extraPackages is not a string (nor a list)")
if ',' in extraPackages:
extraPackages = ';'.join(extraPackages.split(','))
if 'ProdConf' not in extraPackages:
extraPackages = extraPackages + ';ProdConf'
extraPackages = extraPackages.replace(' ', '')
else:
extraPackages = 'ProdConf'
self.__checkArguments(extraPackages, optionsFile)
try:
if not dddbOpt.lower() == 'global':
gLogger.verbose(
"Specific DDDBTag setting found for %s step, setting to: %s"
% (appName, dddbOpt))
dddbOpt = dddbOpt.replace(' ', '')
except AttributeError:
pass
try:
if not conddbOpt.lower() == 'global':
gLogger.verbose(
"Specific CondDBTag setting found for %s step, setting to: %s"
% (appName, conddbOpt))
conddbOpt = conddbOpt.replace(' ', '')
except AttributeError:
pass
try:
if not dqOpt.lower() == 'global':
gLogger.verbose(
"Specific DQTag setting found for %s step, setting to: %s"
% (appName, dqOpt))
dqOpt = dqOpt.replace(' ', '')
except AttributeError:
pass
# starting real stuff
self.LHCbJob.stepCount += 1
if 'Gaudi_App_Step' not in self.LHCbJob.workflow.step_definitions.keys(
):
gLogger.debug(
"Determining the modules of the steps (modulesList = %s)" %
modulesList)
if modulesList is None: # we assume it's a standard list of modules for Gaudi steps
gaudiPath = 'Productions/GaudiStep_Modules'
modulesList = self.opsHelper.getValue(gaudiPath, [
'GaudiApplication', 'AnalyseXMLSummary', 'ErrorLogging',
'BookkeepingReport', 'StepAccounting'
])
# pName, pType, pValue, pDesc
parametersList = [
['inputData', 'string', '', 'StepInputData'],
['inputDataType', 'string', '', 'InputDataType'],
['applicationName', 'string', '', 'ApplicationName'],
['applicationVersion', 'string', '', 'ApplicationVersion'],
['runTimeProjectName', 'string', '', 'runTimeProjectName'],
[
'runTimeProjectVersion', 'string', '',
'runTimeProjectVersion'
], ['applicationType', 'string', '', 'ApplicationType'],
['optionsFile', 'string', '', 'OptionsFile'],
['extraOptionsLine', 'string', '', 'extraOptionsLines'],
['listoutput', 'list', [], 'StepOutputList'],
['extraPackages', 'string', '', 'ExtraPackages'],
['BKStepID', 'string', '', 'BKKStepID'],
['StepProcPass', 'string', '', 'StepProcessingPass'],
['optionsFormat', 'string', '', 'ProdConf configuration'],
['CondDBTag', 'string', '', 'ConditionDatabaseTag'],
['DDDBTag', 'string', '', 'DetDescTag'],
['DQTag', 'string', '', 'DataQualityTag'],
['multiCore', 'string', '', 'MultiCore Flag'],
['SystemConfig', 'string', '', 'system config'],
['mcTCK', 'string', '', 'TCK to be simulated']
]
gaudiStepDef = getStepDefinition(
'Gaudi_App_Step',
modulesNameList=modulesList,
importLine='LHCbDIRAC.Workflow.Modules',
parametersList=parametersList)
self.LHCbJob.workflow.addStep(gaudiStepDef)
# create the step instance add it to the wf, and return it
name = '%s_%s' % (appName, self.LHCbJob.stepCount)
gaudiStepInstance = self.LHCbJob.workflow.createStepInstance(
'Gaudi_App_Step', name)
valuesToSet = [['applicationName', appName],
['applicationVersion', appVersion],
['optionsFile', optionsFile],
['extraOptionsLine', optionsLine],
['extraPackages', extraPackages],
['BKStepID', str(stepID)], ['StepProcPass', stepPass],
['optionsFormat', optionsFormat],
['CondDBTag', conddbOpt], ['DDDBTag', dddbOpt],
['DQTag', dqOpt], ['multiCore', multicore],
['SystemConfig', sysConfig], ['mcTCK', mcTCK]]
if fileTypesIn:
valuesToSet.append([
'inputDataType', ';'.join(ftIn.upper() for ftIn in fileTypesIn)
])
if inputData is None:
gLogger.verbose(
'%s step has no data requirement or is linked to the overall input data'
% appName)
gaudiStepInstance.setLink('inputData', 'self', 'InputData')
elif inputData == 'previousStep':
gLogger.verbose(
'Taking input data as output from previous Gaudi step')
valuesToSet.append(['inputData', inputData])
else:
gLogger.verbose(
'Assume input data requirement should be added to job')
self.LHCbJob.setInputData(inputData)
gaudiStepInstance.setLink('inputData', 'self', 'InputData')
for pName, value in valuesToSet:
if value:
gaudiStepInstance.setValue(pName, value)
outputFilesList = self._constructOutputFilesList(fileTypesOut)
gaudiStepInstance.setValue('listoutput', (outputFilesList))
# to construct the BK processing pass structure, starts from step '0'
stepIDInternal = 'Step%s' % (self.LHCbJob.stepCount - 1)
bkOptionsFile = optionsFile
stepBKInfo = {
'ApplicationName': appName,
'ApplicationVersion': appVersion,
'OptionFiles': bkOptionsFile,
'DDDb': dddbOpt,
'CondDb': conddbOpt,
'DQTag': dqOpt,
'ExtraPackages': extraPackages,
'BKStepID': stepID,
'StepName': stepName,
'StepVisible': stepVisible,
'OutputFileTypes': outputVisibility
}
self.bkSteps[stepIDInternal] = stepBKInfo
self.__addBKPassStep()
return name
#############################################################################
def _constructOutputFilesList(self, filesTypesList):
""" Build list of dictionary of output file types, including HIST case
:param list filesTypesList: a list of file types (str)
:returns: a list with a dictionary of file types, lowered
"""
outputList = []
for fileType in filesTypesList:
fileDict = {}
fileDict['outputDataType'] = fileType.lower()
outputList.append(fileDict)
return outputList
#############################################################################
def __addBKPassStep(self):
""" Internal method to add BKK parameters
"""
bkPass = '******'
description = 'BKProcessingPassInfo'
self.LHCbJob._addParameter(self.LHCbJob.workflow, bkPass, 'dict',
self.bkSteps, description) # pylint: disable=protected-access
#############################################################################
def addFinalizationStep(self, modulesList=None):
""" Add the finalization step to the workflow (some defaults are inserted)
:param list modulesList: the list of modules names this step is made of. If None, a default is taken.
:returns: None
"""
if modulesList is None:
modulesList = [
'UploadOutputData', 'UploadLogFile', 'UploadMC',
'FailoverRequest'
]
if 'Job_Finalization' not in self.LHCbJob.workflow.step_definitions.keys(
):
jobFinalizationStepDef = getStepDefinition(
'Job_Finalization',
importLine='LHCbDIRAC.Workflow.Modules',
modulesNameList=modulesList)
self.LHCbJob.workflow.addStep(jobFinalizationStepDef)
# create the step instance add it to the wf
self.LHCbJob.workflow.createStepInstance('Job_Finalization',
'finalization')
#############################################################################
def _lastParameters(self):
""" Add the last parameters before creating the xml file containing the workflow
"""
self.LHCbJob._addParameter(self.LHCbJob.workflow, 'gaudiSteps', 'list',
self.gaudiSteps, 'list of Gaudi Steps') # pylint: disable=protected-access
self.LHCbJob._addParameter(self.LHCbJob.workflow, 'outputSEs', 'dict',
self.outputSEs, 'dictionary of output SEs') # pylint: disable=protected-access
def __createWorkflow(self, name=''):
""" Create XML of the workflow
"""
self._lastParameters()
if not name:
name = self.LHCbJob.workflow.getName()
if not re.search('xml$', name):
name = '%s.xml' % name
if os.path.exists(name):
shutil.move(name, '%s.backup' % name)
name = name.replace('/', '').replace('\\', '')
self.LHCbJob.workflow.toXMLFile(name)
return name
#############################################################################
def runLocal(self):
""" Create XML workflow for local testing then reformulate as a job and run locally.
"""
xmlFileName = self.__createWorkflow()
# it makes a job (a Worklow, with Parameters), out of the xml file
return LHCbJob(xmlFileName).runLocal()
#############################################################################
def __getProductionParameters(self,
prodXMLFile,
prodID,
groupDescription='',
bkPassInfo={},
derivedProd=0,
reqID=0):
""" This method will publish production parameters.
"""
prodWorkflow = Workflow(prodXMLFile)
parameters = {}
info = []
for parameterName in ('Priority', 'CondDBTag', 'DDDBTag', 'DQTag',
'eventType', 'processingPass',
'FractionToProcess', 'MinFilesToProcess',
'configName', 'configVersion',
'outputDataFileMask', 'JobType',
'MaxNumberOfTasks'):
try:
parameters[parameterName] = prodWorkflow.findParameter(
parameterName).getValue()
info.append(
"%s: %s" %
(parameterName,
prodWorkflow.findParameter(parameterName).getValue()))
except AttributeError:
continue
parameters['SizeGroup'] = self.jobFileGroupSize
if prodWorkflow.findParameter(
'InputData'): # now only comes from BK query
prodWorkflow.findParameter('InputData').setValue('')
gLogger.verbose(
'Resetting input data for production to null, this comes from a BK query...'
)
prodXMLFile = self.__createWorkflow(prodXMLFile)
# prodWorkflow.toXMLFile(prodXMLFile)
if self.transformationFamily:
parameters['TransformationFamily'] = self.transformationFamily
if not bkPassInfo:
bkPassInfo = prodWorkflow.findParameter(
'BKProcessingPass').getValue()
if not groupDescription:
groupDescription = prodWorkflow.findParameter(
'groupDescription').getValue()
parameters['BKCondition'] = prodWorkflow.findParameter(
'conditions').getValue()
parameters['BKProcessingPass'] = bkPassInfo
parameters['groupDescription'] = groupDescription
parameters['RequestID'] = reqID
parameters['DerivedProduction'] = derivedProd
result = self.__getOutputLFNs(prodID, '99999999', prodXMLFile)
if not result['OK']:
gLogger.error('Could not create production LFNs', result)
outputLFNs = result['Value']
parameters['OutputLFNs'] = outputLFNs
# the list of output directories is later used for consistency check and for removing output data
outputDirectories = []
del outputLFNs[
'BookkeepingLFNs'] # since ProductionOutputData uses the file mask
for i in outputLFNs.values():
for j in i:
outputDir = '%s%s' % (j.split(str(prodID))[0], prodID)
if outputDir not in outputDirectories:
outputDirectories.append(outputDir)
parameters['OutputDirectories'] = outputDirectories
# Now for the steps of the workflow
stepKeys = sorted(bkPassInfo.keys())
for step in stepKeys:
info.append('====> %s %s %s' %
(bkPassInfo[step]['ApplicationName'],
bkPassInfo[step]['ApplicationVersion'], step))
info.append('%s Option Files:' %
(bkPassInfo[step]['ApplicationName']))
if bkPassInfo[step]['OptionFiles']:
for opts in bkPassInfo[step]['OptionFiles'].split(';'):
info.append('%s' % opts)
if bkPassInfo[step]['ExtraPackages']:
info.append('ExtraPackages: %s' %
(bkPassInfo[step]['ExtraPackages']))
try:
if parameters['BkQuery']:
info.append('\nBK Input Data Query:')
for bkn, bkv in parameters['BkQuery'].iteritems():
info.append('%s= %s' % (bkn, bkv))
except KeyError:
pass
# BK output directories (very useful)
bkPaths = []
bkOutputPath = '%s/%s/%s/%s/%s/%s' % (
parameters['configName'], parameters['configVersion'],
parameters['BKCondition'], parameters.get('processingPass', ''),
parameters['groupDescription'], parameters['eventType'])
fileTypes = parameters['outputDataFileMask']
fileTypes = [a.upper() for a in fileTypes.split(';')]
# Annoying that histograms are extension root
if 'ROOT' in fileTypes:
fileTypes.remove('ROOT')
fileTypes.append('HIST')
for ft in fileTypes:
bkPaths.append('%s/%s' % (bkOutputPath, ft))
parameters['BKPaths'] = bkPaths
info.append('\nBK Browsing Paths:\n%s' % ('\n'.join(bkPaths)))
infoString = '\n'.join(info)
parameters['DetailedInfo'] = infoString
gLogger.verbose('Parameters that will be added: %s' % parameters)
return parameters
#############################################################################
def create(self, publish=True, wfString='', requestID=0, reqUsed=0):
""" Will create the production and subsequently publish to the BK.
Production parameters are also added at this point.
publish = True - will add production to the production management system
False - does not publish the production
The workflow XML is created regardless of the flags.
"""
if wfString:
self.LHCbJob.workflow = fromXMLString(wfString)
# self.name = self.LHCbJob.workflow.getName()
bkConditions = self.LHCbJob.workflow.findParameter(
'conditions').getValue()
bkSteps = self.LHCbJob.workflow.findParameter(
'BKProcessingPass').getValue()
bkDictStep = {}
# Add the BK conditions metadata / name
simConds = self.bkkClient.getSimConditions()
if not simConds['OK']:
gLogger.error('Could not retrieve conditions data from BK:\n%s' %
simConds)
return simConds
simulationDescriptions = []
for record in simConds['Value']:
simulationDescriptions.append(str(record[1]))
if bkConditions not in simulationDescriptions:
gLogger.verbose(
'Assuming BK conditions %s are DataTakingConditions' %
bkConditions)
bkDictStep['DataTakingConditions'] = bkConditions
else:
gLogger.verbose('Found simulation conditions for %s' %
bkConditions)
bkDictStep['SimulationConditions'] = bkConditions
descShort = self.LHCbJob.workflow.getDescrShort()
descLong = self.LHCbJob.workflow.getDescription()
prodID = 0
if publish:
self.setParameter('ProcessingType', 'JDL', str(self.prodGroup),
'ProductionGroupOrType')
self.setParameter('Priority', 'JDL', str(self.priority),
'UserPriority')
try:
fileName = self.__createWorkflow()
except Exception as x: # pylint: disable=broad-except
gLogger.error(x)
return S_ERROR('Could not create workflow')
gLogger.verbose('Workflow XML file name is: %s' % fileName)
workflowBody = ''
if os.path.exists(fileName):
with open(fileName, 'r') as fopen:
workflowBody = fopen.read()
else:
return S_ERROR('Could not get workflow body')
# Standard parameters
self.transformation.setTransformationName(fileName)
self.transformation.setTransformationGroup(self.prodGroup)
self.transformation.setDescription(descShort)
self.transformation.setLongDescription(descLong)
self.transformation.setType(self.LHCbJob.type)
self.transformation.setBody(workflowBody)
self.transformation.setPlugin(self.plugin)
self.transformation.setBkQuery(self.inputBKSelection)
self.transformation.setTransformationFamily(
self.transformationFamily)
self.transformation.setFileMask(self.inputFileMask)
self.transformation.setGroupSize(int(self.jobFileGroupSize))
self.transformation.setInheritedFrom(int(self.ancestorProduction))
result = self.transformation.addTransformation()
if not result['OK']:
gLogger.error('Problem creating production:\n%s' % result)
return result
prodID = result['Value']
gLogger.info('Production %s successfully created' % prodID)
# All other parameters
groupDesc = self.LHCbJob.workflow.findParameter(
'groupDescription').getValue()
paramsDict = self.__getProductionParameters(
prodID=prodID,
prodXMLFile=fileName,
groupDescription=groupDesc,
bkPassInfo=bkSteps,
reqID=requestID,
derivedProd=self.ancestorProduction)
for parName, parValue in paramsDict.iteritems():
result = getattr(self.transformation,
'set' + parName)(parValue)
else:
gLogger.verbose(
'Publish flag is disabled, using default production ID')
bkDictStep['Production'] = int(prodID)
if self.inputBKSelection:
queryProdID = int(self.inputBKSelection.get('ProductionID', 0))
queryProcPass = self.inputBKSelection.get(
'ProcessingPass', '') if self.inputBKSelection.get(
'ProcessingPass', '') != 'All' else ''
if queryProdID:
inputPass = self.bkkClient.getProductionProcessingPass(
queryProdID)
if not inputPass['OK']:
gLogger.error(inputPass)
gLogger.error(
'Production %s was created but BK processing pass for %d was not found'
% (prodID, queryProdID))
return inputPass
inputPass = inputPass['Value']
gLogger.info(
'Setting %d as BK input production for %s with processing pass %s'
% (queryProdID, prodID, inputPass))
bkDictStep['InputProductionTotalProcessingPass'] = inputPass
elif queryProcPass:
gLogger.info(
'Adding input BK processing pass for production %s from input data query: %s'
% (prodID, queryProcPass))
bkDictStep[
'InputProductionTotalProcessingPass'] = queryProcPass
else:
# has to account for an input processing pass anyway, if there is one,
# or output files may not have the output processing pass correctly computed
try:
bkDictStep[
'InputProductionTotalProcessingPass'] = self.LHCbJob.workflow.findParameter(
'processingPass').getValue()
except AttributeError:
pass
stepList = []
stepKeys = sorted(bkSteps.keys())
# The BK needs an ordered list of steps
for step in stepKeys:
stepID = bkSteps[step]['BKStepID']
if stepID:
stepName = bkSteps[step]['StepName']
stepVisible = bkSteps[step]['StepVisible']
outputFileTypes = bkSteps[step]['OutputFileTypes']
stepList.append({
'StepId': int(stepID),
'OutputFileTypes': outputFileTypes,
'StepName': stepName,
'Visible': stepVisible
})
# This is the last component necessary for the BK publishing (post reorganisation)
bkDictStep['Steps'] = stepList
bkDictStep['EventType'] = paramsDict['eventType']
bkDictStep['ConfigName'] = self.LHCbJob.workflow.findParameter(
'configName').getValue()
bkDictStep['ConfigVersion'] = self.LHCbJob.workflow.findParameter(
'configVersion').getValue()
if publish:
gLogger.verbose('Attempting to publish production %s to the BK' %
(prodID))
result = self.bkkClient.addProduction(bkDictStep)
if not result['OK']:
gLogger.error(result)
return result
if requestID and publish:
from DIRAC.Core.DISET.RPCClient import RPCClient
reqClient = RPCClient('ProductionManagement/ProductionRequest',
timeout=120)
reqDict = {
'ProductionID': long(prodID),
'RequestID': requestID,
'Used': reqUsed,
'BkEvents': 0
}
result = reqClient.addProductionToRequest(reqDict)
if not result['OK']:
gLogger.error(
'Attempt to add production %s to request %s failed: %s ' %
(prodID, requestID, result['Message']))
gLogger.error('Dictionary below:\n%s' % reqDict)
else:
gLogger.info(
'Successfully added production %s to request %s with flag set to %s'
% (prodID, requestID, reqUsed))
return S_OK(prodID)
#############################################################################
def __getOutputLFNs(self,
prodID='12345',
prodJobID='6789',
prodXMLFile=''):
""" Will construct the output LFNs for the production for visual inspection.
"""
if not prodXMLFile:
gLogger.verbose('Using workflow object to generate XML file')
prodXMLFile = self.__createWorkflow()
job = LHCbJob(prodXMLFile)
result = preSubmissionLFNs(
job._getParameters(),
job.workflow.createCode(), # pylint: disable=protected-access
productionID=prodID,
jobID=prodJobID)
if not result['OK']:
return result
lfns = result['Value']
gLogger.verbose(lfns)
return result
#############################################################################
def setFileMask(self, fileMask='', stepMask=''):
""" Output data related parameters.
"""
if fileMask:
if isinstance(fileMask, list):
fileMask = ';'.join(fileMask)
self.setParameter('outputDataFileMask', 'string', fileMask,
'outputDataFileMask')
if stepMask:
if isinstance(stepMask, list):
stepMask = ';'.join(stepMask)
self.LHCbJob._addParameter(self.LHCbJob.workflow, 'outputDataStep',
'string', stepMask,
'outputDataStep Mask') # pylint: disable=protected-access
#############################################################################
def banTier1s(self):
""" Sets Tier1s as banned.
"""
tier1s = []
sites = getSites()
if not sites['OK']:
return sites
for site in sites['Value']:
tier = getSiteTier(site)
if not tier['OK']:
return tier
if int(tier['Value']) in (0, 1):
tier1s.append(site)
self.LHCbJob.setBannedSites(tier1s)
#############################################################################
def banSites(self, listOfSites):
""" Sets Sites as banned.
"""
sitesToBan = []
sites = getSites()
if not sites['OK']:
return sites
sites = sites['Value']
for site in listOfSites:
if site in sites:
sitesToBan.append(site)
self.LHCbJob.setBannedSites(sitesToBan)
#############################################################################
def setOutputMode(self, outputMode):
""" Sets output mode for all jobs, this can be 'Local' or 'Any'.
"""
if not outputMode.lower().capitalize() in ('Local', 'Any', 'Run'):
raise TypeError("Output mode must be 'Local' or 'Any' or 'Run'")
self.setParameter('outputMode', 'string',
outputMode.lower().capitalize(),
'SEResolutionPolicy')
#############################################################################
def setBKParameters(self, configName, configVersion,
groupDescriptionOrStepsList, conditions):
""" Sets BK parameters for production.
"""
self.setParameter('configName', 'string', configName, 'ConfigName')
self.setParameter('configVersion', 'string', configVersion,
'ConfigVersion')
if isinstance(groupDescriptionOrStepsList, list):
# in this case we assume it is a list of steps (stepsListDict in
# ProductionRequest module), so we calculate the BK path
groupDescription = ''
for step in groupDescriptionOrStepsList:
if step['Visible'] == 'Y':
groupDescription = os.path.sep.join(
[groupDescription, step['ProcessingPass']])
else:
groupDescription = groupDescriptionOrStepsList
self.setParameter('groupDescription', 'string', groupDescription,
'GroupDescription')
self.setParameter('conditions', 'string', conditions,
'SimOrDataTakingCondsString')
self.setParameter('simDescription', 'string', conditions,
'SimDescription')
#############################################################################
# properties
def set_transformationFamily(self, value):
if isinstance(value, int):
value = str(value)
self._transformationFamily = value
def get_transformationFamily(self):
return self._transformationFamily
startRun = property(get_transformationFamily, set_transformationFamily)
for i in range(1,10000):
#for i in range(1,2):
#for i in range(1,2):
inputList = [workdir+'gammaDh']
# "CLEO_K3PiScan_2014_pdf.root",
# "CLEO_K3PiScan_2009_GaussianRise_pdf2.root",
# "CLEO_KPiPi0Scan_2014_pdf.root",
# "CLEO_KSKpiScan_2012_Kst_pdf.root"]
# arg = "tot 1500000000 1";
arg = "tot 500000000 1";
j1 = LHCbJob()
j1.setName('GammaDh.'+mode+'.'+str(i))
j1.setExecutable('run_gamma_Dh.sh',arg,'gamma.log')
j1.setInputSandbox(inputList)
j1.setOutputSandbox(['*.root','__postprocesslocations__','std.out','std.err','*.log'])
j1.setOutputData(['*.root'])
j1.setCPUTime(172800)
j1.setBannedSites(['LCG.CERN.ch', 'LCG.CNAF.it', 'LCG.GRIDKA.de', 'LCG.IN2P3.fr', 'LCG.NIKHEF.nl', 'LCG.PIC.es', 'LCG.RAL.uk', 'LCG.SARA.nl'])
jobList.append({ 'Job' : j1, 'Name' : 'GammaDh.'+mode+'.'+str(i) })
#SPLITTING JOBLIST BY THREAD
nThread = int(10)
if len(jobList) < nThread: nThread = len(jobList)
""" Test Interfaces API DiracProduction
"""
__RCSID__ = "$Id$"
import os
import LHCbDIRAC.Interfaces.API.DiracProduction as moduleTested
from LHCbDIRAC.Interfaces.API.LHCbJob import LHCbJob
lj = LHCbJob()
def test_LJ_setApplication():
open('optionsFiles', 'a').close()
res = lj.setApplication('appName', 'v1r0', 'optionsFiles', systemConfig='x86_64-slc6-gcc-44-opt')
assert res['OK'] is True
res = lj.setApplication('appName', 'v1r0', 'optionsFiles', systemConfig='x86_64-slc5-gcc-41-opt')
assert res['OK'] is True
res = lj.setApplication('appName', 'v1r0', 'optionsFiles', systemConfig='x86_64-slc5-gcc-43-opt')
assert res['OK'] is True
os.remove('optionsFiles')
def test_instantiate():
""" tests that we can instantiate one object of the tested class
"""
testClass = moduleTested.DiracProduction
prod = testClass(1)
assert 'DiracProduction' == prod.__class__.__name__
from DIRAC.Core.Base.Script import parseCommandLine
parseCommandLine()
from DIRAC.tests.Utilities.utils import find_all
from LHCbDIRAC.Interfaces.API.LHCbJob import LHCbJob
# With a script that returns 0
try:
scriptSHLocation = find_all('script-OK.sh', rootPath,
'/DIRAC/WorkloadManagementSystem/JobWrapper')[0]
except IndexError: # we are in Jenkins
scriptSHLocation = find_all('exe-script.py', os.environ['WORKSPACE'],
'/DIRAC/WorkloadManagementSystem/JobWrapper')[0]
j = LHCbJob()
j.setExecutable('sh %s' % scriptSHLocation, modulesNameList=['LHCbScript'])
jobXMLFile = 'jobDescriptionLHCb-OK.xml'
with open(jobXMLFile, 'w+') as fd:
fd.write(j._toXML())
# # With a script that returns 0 - multiple steps
j = LHCbJob()
j.setExecutable('sh %s' % scriptSHLocation, modulesNameList=['LHCbScript', 'CreateDataFile'])
jobXMLFile = 'jobDescriptionLHCb-multiSteps-OK.xml'
with open(jobXMLFile, 'w+') as fd:
fd.write(j._toXML())
# # With a script that returns 111
try: