def loadJobsByRunningAttr( self, runningAttrs=None, jobAttributes=None, all=False, strict=True, limit=None, offset=None, jobList=None ) :
"""
retrieve job information from db for job
whose running instance match attributes
"""
# db connect
if self.db is None :
self.connect()
# creating running jobs
if runningAttrs is None :
run = RunningJob()
else:
run = RunningJob( runningAttrs )
# creating jobs
if jobAttributes is None :
job = Job()
else :
job = Job( jobAttributes )
# if requested, with a right join is possible to fill a running
# instance where missing
if all :
jType = 'right'
else :
jType = ''
# load bunch of jobs?
if jobList is None or jobList == [] :
inList = None
else :
inList = {'jobId' : jobList}
# load job from db
jMap = { 'jobId' : 'jobId',
'taskId' : 'taskId',
'submissionNumber' : 'submission' }
options = { 'strict' : strict,
'jType' : jType,
'limit' : limit,
'offset' : offset,
'inList' : inList }
runJobList = self.db.selectJoin( job, run, \
jMap=jMap , \
options=options )
# recall jobs
for job, runningJob in runJobList :
job.setRunningInstance( runningJob )
# return
return [key[0] for key in runJobList]
def loadJobsByTimestamp(self,
more,
less,
runningAttrs=None,
jobAttributes=None):
"""
retrieve job information from db for job
whose running instance match attributes
"""
# db connect
if self.db is None:
self.connect()
# creating running jobs
if runningAttrs is None:
run = RunningJob()
else:
run = RunningJob(runningAttrs)
# creating jobs
if jobAttributes is None:
job = Job()
else:
job = Job(jobAttributes)
# load job from db
jMap = {
'jobId': 'jobId',
'taskId': 'taskId',
'submissionNumber': 'submission'
}
runJobList = self.db.selectJoin( job, run, \
jMap=jMap, \
less=less, \
more=more )
# recall jobs
for job, runningJob in runJobList:
job.setRunningInstance(runningJob)
# return
return [key[0] for key in runJobList]
def loadJobsByTimestamp( self, more, less, runningAttrs=None, jobAttributes=None) :
"""
retrieve job information from db for job
whose running instance match attributes
"""
# db connect
if self.db is None :
self.connect()
# creating running jobs
if runningAttrs is None :
run = RunningJob()
else:
run = RunningJob( runningAttrs )
# creating jobs
if jobAttributes is None :
job = Job()
else :
job = Job( jobAttributes )
# load job from db
jMap = { 'jobId' : 'jobId',
'taskId' : 'taskId',
'submissionNumber' : 'submission' }
runJobList = self.db.selectJoin( job, run, \
jMap=jMap, \
less=less, \
more=more )
# recall jobs
for job, runningJob in runJobList :
job.setRunningInstance( runningJob )
# return
return [key[0] for key in runJobList]
def loadJobsByRunningAttr(self,
runningAttrs=None,
jobAttributes=None,
all=False,
strict=True,
limit=None,
offset=None,
jobList=None):
"""
retrieve job information from db for job
whose running instance match attributes
"""
# db connect
if self.db is None:
self.connect()
# creating running jobs
if runningAttrs is None:
run = RunningJob()
else:
run = RunningJob(runningAttrs)
# creating jobs
if jobAttributes is None:
job = Job()
else:
job = Job(jobAttributes)
# if requested, with a right join is possible to fill a running
# instance where missing
if all:
jType = 'right'
else:
jType = ''
# load bunch of jobs?
if jobList is None or jobList == []:
inList = None
else:
inList = {'jobId': jobList}
# load job from db
jMap = {
'jobId': 'jobId',
'taskId': 'taskId',
'submissionNumber': 'submission'
}
options = {
'strict': strict,
'jType': jType,
'limit': limit,
'offset': offset,
'inList': inList
}
runJobList = self.db.selectJoin( job, run, \
jMap=jMap , \
options=options )
# recall jobs
for job, runningJob in runJobList:
job.setRunningInstance(runningJob)
# return
return [key[0] for key in runJobList]