def testLen(self):
"""
__testLen__
Test that the __len__ function will actualy return the correct length.
"""
# This is simple. It should just have a length equal to the number of committed
# And yet to be committed jobs
testJobA = Job()
testJobB = Job()
testJobC = Job()
testJobD = Job()
testJobGroup = JobGroup(jobs=[testJobA, testJobB])
testJobGroup.commit()
self.assertEqual(len(testJobGroup), 2)
testJobGroup.add(testJobC)
self.assertEqual(len(testJobGroup), 3)
testJobGroup.commit()
testJobGroup.add(testJobD)
self.assertEqual(len(testJobGroup), 4)
return
def testAddCommit(self):
"""
_testAddCommit_
Test the add() and commit() methods of the JobGroup class. Verify that
jobs are not returned from getJobs() until commit() has been called.
"""
testJob = Job()
testJobGroup = JobGroup()
assert len(testJobGroup.getJobs()) == 0, \
"ERROR: JobGroup has jobs before jobs have been added."
testJobGroup.add(testJob)
assert len(testJobGroup.getJobs()) == 0, \
"ERROR: JobGroup has jobs commit() was called."
testJobGroup.commit()
assert len(testJobGroup.getJobs()) == 1, \
"ERROR: JobGroup has wrong number of jobs."
assert testJob in testJobGroup.getJobs(), \
"ERROR: JobGroup has unknown jobs."
return
def testLen(self):
"""
__testLen__
Test that the __len__ function will actualy return the correct length.
"""
#This is simple. It should just have a length equal to the number of committed
#And yet to be committed jobs
testJobA = Job()
testJobB = Job()
testJobC = Job()
testJobD = Job()
testJobGroup = JobGroup(jobs = [testJobA, testJobB])
testJobGroup.commit()
self.assertEqual(len(testJobGroup), 2)
testJobGroup.add(testJobC)
self.assertEqual(len(testJobGroup), 3)
testJobGroup.commit()
testJobGroup.add(testJobD)
self.assertEqual(len(testJobGroup), 4)
return
def testAddCommit(self):
"""
_testAddCommit_
Test the add() and commit() methods of the JobGroup class. Verify that
jobs are not returned from getJobs() until commit() has been called.
"""
testJob = Job()
testJobGroup = JobGroup()
assert len(testJobGroup.getJobs()) == 0, \
"ERROR: JobGroup has jobs before jobs have been added."
testJobGroup.add(testJob)
assert len(testJobGroup.getJobs()) == 0, \
"ERROR: JobGroup has jobs commit() was called."
testJobGroup.commit()
assert len(testJobGroup.getJobs()) == 1, \
"ERROR: JobGroup has wrong number of jobs."
assert testJob in testJobGroup.getJobs(), \
"ERROR: JobGroup has unknown jobs."
return
def execute(self, *args, **kwargs):
self.logger.debug("Transforming old specs into jobs.")
# mapping to cache job def - blocks association
blocks = {}
regroupjobs = {}
## grouping in a dictionary can happen here
for job in args[0]:
if job.jobDefinitionID in regroupjobs:
regroupjobs[job.jobDefinitionID].append(job)
else:
regroupjobs[job.jobDefinitionID] = [job]
jobgroups = []
## here converting the grouping into proper JobGroup-Jobs
for jobdef in regroupjobs:
jobgroup = blocks.get(jobdef, None)
if jobgroup is None:
configreq = {'subresource': 'jobgroup',
'subjobdef': jobdef,
'subuser': kwargs['task']['tm_user_dn']}
self.logger.debug("Retrieving %d jobdef information from task manager db: %s" %(jobdef, str(configreq)))
jobgroup = self.server.get(self.resturl, data = configreq)
self.logger.debug("Jobgroup information in task manager: %s" % str(jobgroup))
jobgroup = jobgroup[0]['result'][0]
blocks[jobdef] = jobgroup['tm_data_blocks']
jg = WMJobGroup()
for job in regroupjobs[jobdef]:
parser = PassThroughOptionParser()
parser.add_option('--inputFile', dest='inputfiles', type='string')
parser.add_option('--runAndLumis', dest='runlumis', type='string')
parser.add_option('--availableSites', dest='allsites', type='string')
parser.add_option('--jobNumber', dest='jobnum', type='int')
(options, args) = parser.parse_args(shlex.split(job.jobParameters))
jj = WMJob()
jj['input_files'] = []
for infile in literal_eval(options.inputfiles):
jj['input_files'].append({'lfn': infile,
'block': blocks[jobdef],
'locations': [ss for ss in literal_eval(options.allsites)]})
if options.runlumis:
jj['mask']['runAndLumis'] = literal_eval(options.runlumis)
jj['panda_oldjobid'] = job.PandaID
jj['jobnum'] = options.jobnum
jg.add(jj)
setattr(jg, 'blocks', blocks[jobdef])
jg.commit()
jobgroups.append(jg)
return Result(task=kwargs['task'], result=jobgroups)
def execute(self, *args, **kwargs):
self.logger.debug("Transforming old specs into jobs.")
# mapping to cache job def - blocks association
blocks = {}
regroupjobs = {}
## grouping in a dictionary can happen here
for job in args[0]:
if job.jobDefinitionID in regroupjobs:
regroupjobs[job.jobDefinitionID].append(job)
else:
regroupjobs[job.jobDefinitionID] = [job]
jobgroups = []
## here converting the grouping into proper JobGroup-Jobs
for jobdef in regroupjobs:
jobgroup = blocks.get(jobdef, None)
if jobgroup is None:
configreq = {
'subresource': 'jobgroup',
'subjobdef': jobdef,
'subuser': kwargs['task']['tm_user_dn']
}
self.logger.debug(
"Retrieving %d jobdef information from task manager db: %s"
% (jobdef, str(configreq)))
jobgroup = self.server.get(self.resturl, data=configreq)
self.logger.debug("Jobgroup information in task manager: %s" %
str(jobgroup))
jobgroup = jobgroup[0]['result'][0]
blocks[jobdef] = jobgroup['tm_data_blocks']
jg = WMJobGroup()
for job in regroupjobs[jobdef]:
parser = PassThroughOptionParser()
parser.add_option('--inputFile',
dest='inputfiles',
type='string')
parser.add_option('--runAndLumis',
dest='runlumis',
type='string')
parser.add_option('--availableSites',
dest='allsites',
type='string')
parser.add_option('--jobNumber', dest='jobnum', type='int')
(options,
args) = parser.parse_args(shlex.split(job.jobParameters))
jj = WMJob()
jj['input_files'] = []
for infile in literal_eval(options.inputfiles):
jj['input_files'].append({
'lfn':
infile,
'block':
blocks[jobdef],
'locations':
[ss for ss in literal_eval(options.allsites)]
})
if options.runlumis:
jj['mask']['runAndLumis'] = literal_eval(options.runlumis)
jj['panda_oldjobid'] = job.PandaID
jj['jobnum'] = options.jobnum
jg.add(jj)
setattr(jg, 'blocks', blocks[jobdef])
jg.commit()
jobgroups.append(jg)
return Result(task=kwargs['task'], result=jobgroups)