print "Cannot find JDF generator", "'"+JDFGeneratorNames[ii]+"'"
raise NameError, CurrentJDFGeneratorName
JDFGeneratorFuncs[ii]( SubJobJDFFileName, JobComponentsList )
ii = ii + 1
#-- print job to its JDF file
# CurrentJDFGeneratorFunc( SubJobJDFFileName, JobComponentsList )
#--- print composite job - to multiple files if necessary
for ii in range (0, NEngines):
#Composite_JDFFileName = JobInfo['default_jdf']
if (FileFormatsArray[ii] == 'default'):
Composite_JDFFileName = JobInfo['jdf'][ii]
print "STATUS! %d Writing default composite file to: %s " % (ii, Composite_JDFFileName)
Composite_Name = JobInfo['id']
Composite_Type = 'composite:' + WLUnit['CompositionType']
WLDocHandlers.writeWorkloadSubmitFile( Composite_JDFFileName, Composite_Name, Composite_JobsInfoList, JDFGeneratorNames[ii], Composite_Type, GeneratorName )
else:
#-- get list of components for this unitary job
JobComponentsList = WLUnit['unit']['jobs'][index]
#--- statistics for this unit
CurrentNComponents = len(JobComponentsList)
NComponents = NComponents + CurrentNComponents
if (MinComponents is None) or (MinComponents > CurrentNComponents): MinComponents = CurrentNComponents
if (MaxComponents is None) or (MaxComponents < CurrentNComponents): MaxComponents = CurrentNComponents
CurrentTotalJobNCPUs = 0
for JobComponent in JobComponentsList:
if 'count' in JobComponent:
CurrentNCPUs = JobComponent['count']
# per job stats
CurrentTotalJobNCPUs = CurrentTotalJobNCPUs + CurrentNCPUs
