def run(self):
debug('RUN')
# fix for some broken saved jobs
for i, j in enumerate(self.jobs):
if type(j) == str or type(j) == np.string_:
self.jobs[i] = eval(j)
# check to see if anything is left to do
work_to_do = False
for j in self.jobs:
if j['status'] == 0 or j['status'] == 'Q':
work_to_do = True
break
debug("WTD=%s" % work_to_do)
if not work_to_do:
return True
# There is work to be done. Create a JobQueue and send stuff to it
jobq = JobQueue(self, limit=self.qlimit)
for j in self.jobs:
if j['status'] == 0:
debug("adding job %s" % j['num'])
jobq.add(j)
# Tell the JobQueue to start running jobs
jobq.start()
# join returns when JobQueue has run all the jobs
res = jobq.join()
if res == []:
return True
self.wqueue = res
return False
def run(self):
jobq = JobQueue(self, limit=10, polltime=1)
for j in self.jobs:
if j['status'] == 0 or j['status'] == 'Q':
debug("adding job %s" % j['num'])
jobq.add(j)
jobq.start()
return jobq.join() == []
def run(self):
jobq = JobQueue(self, limit=10, polltime=1)
for j in self.jobs:
if j['status'] == 0 or j['status'] == 'Q':
debug("adding job %s" % j['num'])
jobq.add(j)
jobq.start()
return jobq.join() == []