Inheritance diagram for WorkFlowRunner.WorkFlowRunner:

Public Member Functions
def	__init__ (self, wf, noRun=False, dryRun=False, cafVeto=True, dasOptions="", jobReport=False, nThreads=1, nStreams=0, maxSteps=9999, nEvents=0)

def	doCmd (self, cmd)

def	run (self)

Public Attributes
	cafVeto

	dasOptions

	dryRun

	jobReport

	maxSteps

	nEvents

	nfail

	noRun

	npass
	needs to set self.report More...

	nStreams

	nThreads

	recoOutput
	relying on the syntax: cmsDriver -s STEPS –otherFlags More...

	report
	wrap up #### More...

	retStep

	stat

	status

	wf

	wfDir

Detailed Description

Definition at line 10 of file WorkFlowRunner.py.

Constructor & Destructor Documentation

◆ init()

def WorkFlowRunner.WorkFlowRunner.__init__	(	self,
		wf,
		noRun = `False`,
		dryRun = `False`,
		cafVeto = `True`,
		dasOptions = `""`,
		jobReport = `False`,
		nThreads = `1`,
		nStreams = `0`,
		maxSteps = `9999`,
		nEvents = `0`
	)

Definition at line 11 of file WorkFlowRunner.py.

     def __init__(self, wf, noRun=False,dryRun=False,cafVeto=True,dasOptions="",jobReport=False, nThreads=1, nStreams=0, maxSteps=9999, nEvents=0):
         Thread.__init__(self)
         self.wf = wf
 
         self.status=-1
         self.report=''
         self.nfail=0
         self.npass=0
         self.noRun=noRun
         self.dryRun=dryRun
         self.cafVeto=cafVeto
         self.dasOptions=dasOptions
         self.jobReport=jobReport
         self.nThreads=nThreads
         self.nStreams=nStreams
         self.maxSteps=maxSteps
         self.nEvents=nEvents
         self.recoOutput=''
         
         self.wfDir=str(self.wf.numId)+'_'+self.wf.nameId
         return
 

Member Function Documentation

◆ doCmd()

def WorkFlowRunner.WorkFlowRunner.doCmd	(	self,
		cmd
	)

Definition at line 33 of file WorkFlowRunner.py.

References WorkFlowRunner.WorkFlowRunner.dryRun, print(), and WorkFlowRunner.WorkFlowRunner.wfDir.

     def doCmd(self, cmd):
 
         msg = "\n# in: " +os.getcwd()
         if self.dryRun: msg += " dryRun for '"
         else:      msg += " going to execute "
         msg += cmd.replace(';','\n')
         print(msg)
 
         cmdLog = open(self.wfDir+'/cmdLog','a')
         cmdLog.write(msg+'\n')
         cmdLog.close()
         
         ret = 0
         if not self.dryRun:
             p = Popen(cmd, shell=True)
             ret = os.waitpid(p.pid, 0)[1]
             if ret != 0:
                 print("ERROR executing ",cmd,'ret=', ret)
 
         return ret
     

◆ run()

def WorkFlowRunner.WorkFlowRunner.run ( self )

Definition at line 54 of file WorkFlowRunner.py.

References WorkFlowRunner.WorkFlowRunner.dryRun, runall.testit.nfail, WorkFlowRunner.WorkFlowRunner.nfail, TShapeAnalysis.npass, runall.testit.npass, WorkFlowRunner.WorkFlowRunner.npass, print(), and WorkFlowRunner.WorkFlowRunner.wfDir.

Referenced by Types.EventID.cppID(), and Types.LuminosityBlockID.cppID().

     def run(self):
 
         startDir = os.getcwd()
 
         if not os.path.exists(self.wfDir):
             os.makedirs(self.wfDir)
         elif not self.dryRun: # clean up to allow re-running in the same overall devel area, then recreate the dir to make sure it exists
             print("cleaning up ", self.wfDir, ' in ', os.getcwd())
             shutil.rmtree(self.wfDir) 
             os.makedirs(self.wfDir)
 
         preamble = 'cd '+self.wfDir+'; '
        
         realstarttime = datetime.now()
         startime='date %s' %time.asctime()
 
         # check where we are running:
         onCAF = False
         if 'cms/caf/cms' in os.environ['CMS_PATH']:
             onCAF = True
 
         
         self.npass  = []
         self.nfail = []
         self.stat = []
         self.retStep = []
 
         def closeCmd(i,ID):
             return ' > %s 2>&1; ' % ('step%d_'%(i,)+ID+'.log ',)
 
         inFile=None
         lumiRangeFile=None
         aborted=False
         for (istepmone,com) in enumerate(self.wf.cmds):
             # isInputOk is used to keep track of the das result. In case this
             # is False we use a different error message to indicate the failed
             # das query.
             isInputOk=True
             istep=istepmone+1
             cmd = preamble
             if aborted:
                 self.npass.append(0)
                 self.nfail.append(0)
                 self.retStep.append(0)
                 self.stat.append('NOTRUN')
                 continue
             if not isinstance(com,str):
                 if self.cafVeto and (com.location == 'CAF' and not onCAF):
                     print("You need to be no CAF to run",self.wf.numId)
                     self.npass.append(0)
                     self.nfail.append(0)
                     self.retStep.append(0)
                     self.stat.append('NOTRUN')
                     aborted=True
                     continue
                 #create lumiRange file first so if das fails we get its error code
                 cmd2 = com.lumiRanges()
                 if cmd2:
                     cmd2 =cmd+cmd2+closeCmd(istep,'lumiRanges')
                     lumiRangeFile='step%d_lumiRanges.log'%(istep,)
                     retStep = self.doCmd(cmd2)
                 if (com.dataSetParent):
                     cmd3=cmd+com.das(self.dasOptions,com.dataSetParent)+closeCmd(istep,'dasparentquery')
                     retStep = self.doCmd(cmd3)
                 cmd+=com.das(self.dasOptions,com.dataSet)
                 cmd+=closeCmd(istep,'dasquery')
                 retStep = self.doCmd(cmd)
                 #don't use the file list executed, but use the das command of cmsDriver for next step
                 # If the das output is not there or it's empty, consider it an
                 # issue of this step, not of the next one.
                 dasOutputPath = join(self.wfDir, 'step%d_dasquery.log'%(istep,))
                 # Check created das output in no-dryRun mode only
                 if not self.dryRun:
                     if not exists(dasOutputPath):
                         retStep = 1
                         dasOutput = None
                     else:
                         # We consider only the files which have at least one logical filename
                         # in it. This is because sometimes das fails and still prints out junk.
                         dasOutput = [l for l in open(dasOutputPath).read().split("\n") if l.startswith("/")]
                     if not dasOutput:
                         retStep = 1
                         isInputOk = False
                  
                 inFile = 'filelist:' + basename(dasOutputPath)
                 print("---")
             else:
                 #chaining IO , which should be done in WF object already and not using stepX.root but <stepName>.root
                 cmd += com
                 if self.noRun:
                     cmd +=' --no_exec'
                 # in case previous step used DAS query (either filelist of das:)
                 # not to be applied for premixing stage1 to allow combiend stage1+stage2 workflow
                 if inFile and not 'premix_stage1' in cmd:
                     cmd += ' --filein '+inFile
                     inFile=None
                 if lumiRangeFile: #DAS query can also restrict lumi range
                     cmd += ' --lumiToProcess '+lumiRangeFile
                     lumiRangeFile=None
                 # 134 is an existing workflow where harvesting has to operate on AlcaReco and NOT on DQM; hard-coded..    
                 if 'HARVESTING' in cmd and not 134==self.wf.numId and not '--filein' in cmd:
                     cmd+=' --filein file:step%d_inDQM.root --fileout file:step%d.root '%(istep-1,istep)
                 else:
                     # Disable input for premix stage1 to allow combined stage1+stage2 workflow
                     # Disable input for premix stage2 in FastSim to allow combined stage1+stage2 workflow (in FS, stage2 does also GEN)
                     # Ugly hack but works
                     if istep!=1 and not '--filein' in cmd and not 'premix_stage1' in cmd and not ("--fast" in cmd and "premix_stage2" in cmd):
                         steps = cmd.split("-s ")[1].split(" ")[0] 
                         if "ALCA" not in steps:
                             cmd+=' --filein  file:step%s.root '%(istep-1,)
                         elif "ALCA" in steps and "RECO" in steps:
                             cmd+=' --filein  file:step%s.root '%(istep-1,)
                         elif self.recoOutput:
                             cmd+=' --filein %s'%(self.recoOutput)
                         else:
                             cmd+=' --filein  file:step%s.root '%(istep-1,)
                     if not '--fileout' in com:
                         cmd+=' --fileout file:step%s.root '%(istep,)
                         if "RECO" in cmd:
                             self.recoOutput = "file:step%d.root"%(istep)
                 if self.jobReport:
                   cmd += ' --suffix "-j JobReport%s.xml " ' % istep
                 if (self.nThreads > 1) and ('HARVESTING' not in cmd) and ('ALCAHARVEST' not in cmd):
                   cmd += ' --nThreads %s' % self.nThreads
                 if (self.nStreams > 0) and ('HARVESTING' not in cmd) and ('ALCAHARVEST' not in cmd):
                   cmd += ' --nStreams %s' % self.nStreams
                 if (self.nEvents > 0):
                   event_token = " -n "
                   split = cmd.split(event_token)
                   pos_cmd = " ".join(split[1].split(" ")[1:])
                   cmd = split[0] + event_token + '%s ' % self.nEvents + pos_cmd
                 cmd+=closeCmd(istep,self.wf.nameId)            
                 retStep = 0
                 if istep>self.maxSteps:
                    wf_stats = open("%s/wf_steps.txt" % self.wfDir,"a")
                    wf_stats.write('step%s:%s\n' % (istep, cmd))
                    wf_stats.close()
                 else: retStep = self.doCmd(cmd)
             
             self.retStep.append(retStep)
             if retStep == 32000:
                 # A timeout occurred
                 self.npass.append(0)
                 self.nfail.append(1)
                 self.stat.append('TIMEOUT')
                 aborted = True
             elif (retStep!=0):
                 #error occured
                 self.npass.append(0)
                 self.nfail.append(1)
                 if not isInputOk:
                   self.stat.append("DAS_ERROR")
                 else:
                   self.stat.append('FAILED')
                 #to skip processing
                 aborted=True
             else:
                 #things went fine
                 self.npass.append(1)
                 self.nfail.append(0)
                 self.stat.append('PASSED')
 
         os.chdir(startDir)
         endtime='date %s' %time.asctime()
         tottime='%s-%s'%(endtime,startime)
         
 
         
 
         logStat=''
         for i,s in enumerate(self.stat):
             logStat+='Step%d-%s '%(i,s)
         #self.report='%s_%s+%s %s - time %s; exit: '%(self.wf.numId,self.wf.nameId,'+'.join(self.wf.stepList),logStat,tottime)+' '.join(map(str,self.retStep))+'\n'
         self.report='%s_%s %s - time %s; exit: '%(self.wf.numId,self.wf.nameId,logStat,tottime)+' '.join(map(str,self.retStep))+'\n'
 
         return 
 

Member Data Documentation

◆ cafVeto

WorkFlowRunner.WorkFlowRunner.cafVeto

Definition at line 21 of file WorkFlowRunner.py.

◆ dasOptions

WorkFlowRunner.WorkFlowRunner.dasOptions

Definition at line 22 of file WorkFlowRunner.py.

◆ dryRun

WorkFlowRunner.WorkFlowRunner.dryRun

Definition at line 20 of file WorkFlowRunner.py.

Referenced by WorkFlowRunner.WorkFlowRunner.doCmd(), and WorkFlowRunner.WorkFlowRunner.run().

◆ jobReport

WorkFlowRunner.WorkFlowRunner.jobReport

Definition at line 23 of file WorkFlowRunner.py.

Referenced by postprocessor.PostProcessor.run().

◆ maxSteps

WorkFlowRunner.WorkFlowRunner.maxSteps

Definition at line 26 of file WorkFlowRunner.py.

◆ nEvents

WorkFlowRunner.WorkFlowRunner.nEvents

Definition at line 27 of file WorkFlowRunner.py.

Referenced by looper.Looper.loop().

◆ nfail

WorkFlowRunner.WorkFlowRunner.nfail

Definition at line 17 of file WorkFlowRunner.py.

Referenced by addOnTests.testit.run(), and WorkFlowRunner.WorkFlowRunner.run().

◆ noRun

WorkFlowRunner.WorkFlowRunner.noRun

Definition at line 19 of file WorkFlowRunner.py.

◆ npass

WorkFlowRunner.WorkFlowRunner.npass

needs to set self.report

Definition at line 18 of file WorkFlowRunner.py.

Referenced by addOnTests.testit.run(), and WorkFlowRunner.WorkFlowRunner.run().

◆ nStreams

WorkFlowRunner.WorkFlowRunner.nStreams

Definition at line 25 of file WorkFlowRunner.py.

◆ nThreads

WorkFlowRunner.WorkFlowRunner.nThreads

Definition at line 24 of file WorkFlowRunner.py.

◆ recoOutput

WorkFlowRunner.WorkFlowRunner.recoOutput

relying on the syntax: cmsDriver -s STEPS –otherFlags

Definition at line 28 of file WorkFlowRunner.py.

◆ report

WorkFlowRunner.WorkFlowRunner.report

wrap up ####

Definition at line 16 of file WorkFlowRunner.py.

Referenced by dataset.Dataset.getPrimaryDatasetEntries(), and addOnTests.testit.run().

◆ retStep

WorkFlowRunner.WorkFlowRunner.retStep

Definition at line 80 of file WorkFlowRunner.py.

◆ stat

WorkFlowRunner.WorkFlowRunner.stat

Definition at line 79 of file WorkFlowRunner.py.

◆ status

WorkFlowRunner.WorkFlowRunner.status

Definition at line 15 of file WorkFlowRunner.py.

Referenced by dirstructure.Comparison.__make_image(), and dirstructure.Comparison.__repr__().

◆ wf

WorkFlowRunner.WorkFlowRunner.wf

Definition at line 13 of file WorkFlowRunner.py.

◆ wfDir

WorkFlowRunner.WorkFlowRunner.wfDir

Definition at line 30 of file WorkFlowRunner.py.