def unit_test(): for i in range(0, 20): job = Job(nmaps=64, lmap=140, lmapapprox=60, nreds=1, lred=15, submit=i*150) job.approxAlgoMapVal = options.approx # Approximate 50% of the maps if random.random() < 0.5: job.priority = Job.Priority.VERY_HIGH jobId = simulator.addJob(job) for jobID in simulator.jobsQueue: myjob = simulator.jobs[jobID] print myjob.jobId, myjob.priority, myjob.submit sys.exit(0)
def read(self, inFile):
#lineno=0
with open(inFile, "r") as f:
for line in f:
line = line.replace('\n', '')
line = line.strip()
if not line.startswith('#') and len(line) > 0:
# Job(nmaps=64, lmap=140, lmapapprox=60, nreds=1, lred=15, submit=i*150, approx)
splits = line.split()
nmaps0 = int(splits[0])
lmap0 = int(splits[1])
lmapapprox0 = int(splits[2])
nreds0 = int(splits[3])
lred0 = int(splits[4])
#lredapprox0 = int(splits[4]) # TODO cheng
submit0 = int(splits[5])
approx0 = float(splits[6])
# Create job
job = Job(nmaps=nmaps0, lmap=lmap0, lmapapprox=lmapapprox0, nreds=nreds0, lred=lred0, submit=submit0)
job.approxAlgoMapVal = approx0
self.jobQueue.append(job)
#lineno+=1
#return lineno
return self.jobQueue
job.priority=getProbBySchedule(weights, job.nreds) else: job.priority=getProbabilisticSJF(job.nreds, options.sjf) simulator.addJob(job) ''' manager.initManager(options.infile) if options.sjf > 0.0: manager.applySJFPriority(options.sjf) manager.copyToSimulator(simulator); ''' else: # Submit jobs for i in range(0, options.jobs): # Create the job job = Job(nmaps=64, lmap=140, lmapapprox=60, nreds=1, lred=15, submit=0) job.approxAlgoMapVal = options.approx # Approximate X% of the maps job.approxDropMapVal = options.drop # Drop X% of the maps job.gauss = options.gauss # +/-% # Probabilistic shortest job first policy job.priority = getProbabilisticSJF(job.nreds, options.sjf) jobId = simulator.addJob(job) # Start running simulator simulator.run() # Summary print 'Nodes: %d' % len(simulator.nodes) print 'Energy: %.1fWh' % (simulator.getEnergy()) print 'Perf: %.1fs %d jobs' % (simulator.getPerformance(), len(simulator.jobs)) print 'Quality: %.1f%%' % (simulator.getQuality())
