def main():
global hostfile
global server
global clients
global dump
global lockstat
global client_only
global priority
global master
options = getopt.getopt(sys.argv[1:], 'h:sldcp')[0]
for opt, arg in options:
if opt in ('-h'):
hostfile = arg
elif opt in ('-s'):
stop_all()
return
elif opt in ('-l'):
lockstat = True
elif opt in ('-d'):
dump = True
elif opt in ('-c'):
client_only = True
elif opt in ('-p'):
priority = True
tc.init("~/results.d/pingpong/" + str(threads) + "+" + str(len(clients)) +
"x" + str(client_threads) + "x" + str(conn_per_thread))
tc.log_print("Configuration:\n" + \
"Hostfile: " + ("None" if hostfile == None else hostfile) + "\n" \
"Lockstat: " + str(lockstat) + "\n" \
"KQ dump: " + str(dump) + "\n" \
"Client only: " + str(client_only) + "\n" + \
"Conn delay: " + str(conn_delay) + "\n"
"Priority: " + str(priority) + "\n")
if hostfile != None:
hosts = tc.parse_hostfile(hostfile)
server = tc.process_hostnames(server, hosts)
clients = tc.process_hostnames(clients, hosts)
master = tc.process_hostnames(master, hosts)
stop_all()
for i in range(0, len(sched), 2):
esched = sched[i + 1]
ename = sched[i]
step_mul = 100
last_load = 0
cur_load = init_step
tc.begin(ename)
tc.log_print("============ Sched: " + str(ename) + " Flag: " +
format(esched, '#04x') + " Load: MAX" + " ============")
output, sout, serr = run_exp(esched, 600000, lockstat)
keep_results(output, sout, serr)
stop_all()
while True:
tc.log_print("============ Sched: " + str(ename) + " Flag: " +
format(esched, '#04x') + " Load: " + str(cur_load) +
" ============")
output, sout, serr = run_exp(esched, cur_load, lockstat)
qps = keep_results(output, sout, serr)
pct = int((qps - last_load) / init_step * 100)
tc.log_print("last_load: " + str(last_load) + " this_load: " +
str(qps) + " inc_pct: " + str(pct) + "%")
if pct <= term_pct:
tc.log_print("inc_pct less than TERM_PCT " + str(term_pct) +
"%. Done.")
break
if pct <= inc_pct:
step_mul += step_inc_pct
tc.log_print("inc_pct less than INC_PCT " + str(inc_pct) +
"%. Increasing step multiplier to " +
str(step_mul) + "%")
last_load = qps
cur_load += int(init_step * step_mul / 100)
tc.log_print("")
tc.end()
stop_all()
def main():
global hostfile
global server
global master
global clients
global dump
global lockstat
global client_only
options = getopt.getopt(sys.argv[1:], 'h:sldcp')[0]
for opt, arg in options:
if opt in ('-h'):
hostfile = arg
elif opt in ('-s'):
stop_all()
return
elif opt in ('-l'):
lockstat=True
elif opt in ('-d'):
dump=True
elif opt in ('-c'):
client_only=True
tc.init("~/results.d/rss/" + str(threads) + "+" + str(len(clients)) + "x" + str(client_threads) + "x" + str(conn_per_thread))
tc.log_print("Configuration:\n" + \
"Hostfile: " + ("None" if hostfile == None else hostfile) + "\n" \
"Lockstat: " + str(lockstat) + "\n" \
"KQ dump: " + str(dump) + "\n" \
"Client only: " + str(client_only) + "\n")
if hostfile != None:
hosts = tc.parse_hostfile(hostfile)
server = tc.process_hostnames(server, hosts)
clients = tc.process_hostnames(clients, hosts)
master = tc.process_hostnames(master, hosts)
stop_all()
for i in range(0, len(sched), 2):
esched = sched[i+1]
ename = sched[i]
tc.begin(ename)
stop_all()
for j in range(0, len(pmc)):
epmc = pmc[j]
tc.log_print("============ Sched: " + str(ename) + " Flag: " + format(esched, '#04x') + " PMC: " + epmc + " Load: " + str(qps) + " ============")
output, sout, serr = run_exp(esched, qps, lockstat, epmc)
keep_results(output, sout, serr, epmc)
tc.log_print("")
tc.end()
stop_all()
def main():
global hostfile
global server
global clients
global dump
global lockstat
global client_only
global server_delay
options = getopt.getopt(sys.argv[1:], 'h:sldcDp')[0]
for opt, arg in options:
if opt in ('-h'):
hostfile = arg
elif opt in ('-s'):
stop_all()
return
elif opt in ('-l'):
lockstat=True
elif opt in ('-d'):
dump=True
elif opt in ('-c'):
client_only=True
elif opt in ('-D'):
server_delay=True
tc.init("scale_" + str(len(clients)) + "x" + str(client_threads) + "x" + str(conn_per_thread))
tc.log_print("Configuration:\n" + \
"Hostfile: " + ("None" if hostfile == None else hostfile) + "\n" \
"Lockstat: " + str(lockstat) + "\n" \
"KQ dump: " + str(dump) + "\n" \
"Client only: " + str(client_only) + "\n" + \
"Server delay: " + str(server_delay) + "\n" + \
"Conn delay: " + str(conn_delay) + "\n")
if hostfile != None:
hosts = tc.parse_hostfile(hostfile)
server = tc.process_hostnames(server, hosts)
clients = tc.process_hostnames(clients, hosts)
master = tc.process_hostnames(master, hosts)
stop_all()
for i in range(0, len(sched), 2):
esched = sched[i+1]
ename = sched[i]
# output, sout, serr = run_exp(esched, 12, lockstat)
# keep_results(99, output, sout, serr)
# stop_all()
tc.begin(ename)
for j in range(0, len(threads)):
ethread = threads[j]
tc.log_print("============ Sched: " + str(ename) + " Thread: " + str(ethread) + " ============")
output, sout, serr = run_exp(esched, ethread, lockstat)
keep_results(ethread, output, sout, serr)
tc.log_print("")
tc.end()
stop_all()