def integrated_main(options):
TimingServiceLocator()
if opts.predict:
histm = HistoryManager(**options)
evsim = EventSimulator(**options)
if opts.bgjob:
bqsim = BGQsim(**options)
if opts.cjob:
cqsim = ClusterQsim(**options)
if opts.bgjob and opts.cjob and opts.coscheduling:
print "inserting 'unhold' events into event list..."
if opts.coscheduling[0] == "hold":
evsim.init_unhold_events(0)
if opts.coscheduling[1] == "hold":
evsim.init_unhold_events(1)
if opts.batch:
print "simulation started"
else:
raw_input("Press Enter to start simulation...")
starttime_sec = time.time()
if opts.batch:
while not evsim.is_finished():
evsim.event_driver()
else:
while not evsim.is_finished():
evsim.event_driver()
os.system('clear')
if opts.bgjob:
bqsim.print_screen()
pass
if opts.cjob:
cqsim.print_screen()
pass
if opts.bgjob:
bqsim.post_simulation_handling()
if opts.cjob:
cqsim.post_simulation_handling()
endtime_sec = time.time()
print "----Simulation is finished, please check output log for further analysis.----"
print "the simulation lasts %s seconds (~%s minutes)" % (int(
endtime_sec - starttime_sec), int((endtime_sec - starttime_sec) / 60))
def integrated_main(options):
TimingServiceLocator()
if opts.predict:
histm = HistoryManager(**options)
evsim = EventSimulator(**options)
if opts.bgjob:
bqsim = BGQsim(**options)
if opts.cjob:
cqsim = ClusterQsim(**options)
if opts.bgjob and opts.cjob and opts.coscheduling:
print "inserting 'unhold' events into event list..."
if opts.coscheduling[0] == "hold":
evsim.init_unhold_events(0)
if opts.coscheduling[1] == "hold":
evsim.init_unhold_events(1)
if opts.batch:
print "simulation started"
else:
raw_input("Press Enter to start simulation...")
starttime_sec = time.time()
if opts.batch:
while not evsim.is_finished():
evsim.event_driver()
else:
while not evsim.is_finished():
evsim.event_driver()
os.system('clear')
if opts.bgjob:
bqsim.print_screen()
pass
if opts.cjob:
cqsim.print_screen()
pass
if opts.bgjob:
bqsim.post_simulation_handling()
if opts.cjob:
cqsim.post_simulation_handling()
endtime_sec = time.time()
print "----Simulation is finished, please check output log for further analysis.----"
print "the simulation lasts %s seconds (~%s minutes)" % (int(endtime_sec - starttime_sec), int((endtime_sec - starttime_sec)/60))
def integrated_main(options):
TimingServiceLocator()
if opts.predict:
histm = HistoryManager(**options)
evsim = EventSimulator(**options)
if opts.bgjob:
bqsim = BGQsim(**options)
if opts.cjob:
cqsim = ClusterQsim(**options)
if opts.bgjob and opts.cjob and opts.coscheduling:
print "inserting 'unhold' events into event list..."
if opts.coscheduling[0] == "hold":
evsim.init_unhold_events(0)
if opts.coscheduling[1] == "hold":
evsim.init_unhold_events(1)
if opts.adaptive:
print "inserting metrics monitor events into event list..."
evsim.init_mmon_events()
if opts.batch:
print "simulation started"
else:
raw_input("Press Enter to start simulation...")
starttime_sec = time.time()
# dwang:
if opts.batch:
# --> logRec
#
backf_fname = './_rec_' + options.get(
"name") + '/backf_' + options.get("name") + '_' + str(
options.get("times")) + '.txt'
fp_backf = open(backf_fname, 'w+')
#
pre_bj_fname = './_rec_' + options.get(
"name") + '/preBj_' + options.get("name") + '_' + str(
options.get("times")) + '.txt'
fp_pre_bj = open(pre_bj_fname, 'w+')
while not evsim.is_finished():
# dwang:
#evsim.event_driver(opts.preempt_overhead)
#evsim.event_driver(opts.preempt_overhead,options.get("name"), options.get("times"))
evsim.event_driver(opts.preempt_overhead, fp_backf, fp_pre_bj,
options.get("checkpoint"),
options.get("checkp_dsize"),
options.get("checkp_w_bandwidth"),
options.get("checkp_r_bandwidth"),
options.get("checkp_t_internval"),
options.get("intv_pcent"),
options.get("checkpH_opt"),
options.get("job_length_type"),
options.get("checkp_overhead_percentage"))
# dwang
else:
while not evsim.is_finished():
evsim.event_driver()
os.system('clear')
if opts.bgjob:
bqsim.print_screen()
pass
if opts.cjob:
cqsim.print_screen()
pass
if opts.bgjob:
print "--- test dW-1"
bqsim.monitor_metrics()
print "--- test dW-2"
if opts.bgjob:
# dwang:
#bqsim.post_simulation_handling()
experiment_metrics = bqsim.post_simulation_handling(
options.get("name"), options.get("times"),
options.get("checkp_t_internval"), options.get("checkp_dsize"),
options.get("checkp_w_bandwidth"))
# dwang
if opts.cjob:
cqsim.post_simulation_handling()
# dwang
endtime_sec = time.time()
print "----Simulation is finished, please check output log for further analysis.----"
return experiment_metrics