for i in range(0, options.nodes):
simulator.nodes['sol%03d' % i] = Node('sol%03d' % i)
simulator.nodes['sol%03d' % i].numMaps = options.mapslot
simulator.nodes['sol%03d' % i].redMaps = options.redslot
'''
# Set some servers to start sleeping
for i in range(4, 8):
simulator.nodes['sol%03d' % i].status = 'SLEEP'
'''
# Test
#unit_test()
# Add jobs
if len(options.infile) > 0:
simulator.nodeManagement = options.manage
manager = WorkloadManager(options.infile)
weights = {}
weights = parseSchedule(options.weight)
for job in manager.getJobs():
job.approxAlgoMapVal = options.approx # Approximate X% of the maps
job.approxDropMapVal = options.drop # Drop X% of the maps
if len(weights)>0:
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)