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run.py
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run.py
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import os
import signal
import time
import math
bandwidth = 20
dis = 10
freq = 5
Mcs = 5
server_core = 9
# for i in range(1):
# bandwidth = 20 * math.pow(2, (i))
# for j in range(1):
# Mcs = 5 + j
# for k in range(5):
# dis = 600 + 50 *(k+1)
# while (1):
# out=os.popen("ps -ef|grep \"./waf --run\"|grep -v grep").read()
# count = 0
# for line in out.splitlines():
# count = count + 1
# if count < server_core:
# freq = 5
# run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# os.system(run_command)
# freq = 6
# run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# os.system(run_command)
# break
# time.sleep(200)
# print (time.time())
# print (count)
# for i in range(1):
# bandwidth = 20 * math.pow(2, (i))
# for j in range(1):
# Mcs = 5 + j
# for k in range(10):
# dis = 580 + 5*(k+1)
# while (1):
# out=os.popen("ps -ef|grep \"./waf --run\"|grep -v grep").read()
# count = 0
# for line in out.splitlines():
# count = count + 1
# if count < server_core:
# freq = 5
# run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# os.system(run_command)
# freq = 6
# run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# os.system(run_command)
# break
# time.sleep(200)
# print (time.time())
# print (count)
# for i in range(1):
# bandwidth = 20 * math.pow(2, (1))
# for j in range(1):
# Mcs = 5 + j
# for k in range(5):
# dis = 450 + 50*(k+1)
# while (1):
# out=os.popen("ps -ef|grep \"./waf --run\"|grep -v grep").read()
# count = 0
# for line in out.splitlines():
# count = count + 1
# if count < server_core:
# freq = 5
# run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# os.system(run_command)
# # freq = 6
# # run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# # os.system(run_command)
# break
# time.sleep(200)
# print (time.time())
# print (count)
for i in range(1):
bandwidth = 20 * math.pow(2, (1))
for j in range(1):
Mcs = 5 + j
for k in range(3):
dis = 700 + 50*(k+1)
while (1):
out=os.popen("ps -ef|grep \"./waf --run\"|grep -v grep").read()
count = 0
for line in out.splitlines():
count = count + 1
if count < server_core:
freq = 5
run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
os.system(run_command)
# freq = 6
# run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# os.system(run_command)
break
time.sleep(200)
print (time.time())
print (count)
# for i in range(1):
# bandwidth = 20 * math.pow(2, (1))
# for j in range(1):
# Mcs = 5 + j
# for k in range(10):
# dis = 100 + 5*(k+1)
# while (1):
# out=os.popen("ps -ef|grep \"./waf --run\"|grep -v grep").read()
# count = 0
# for line in out.splitlines():
# count = count + 1
# if count < server_core:
# freq = 5
# run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# os.system(run_command)
# freq = 6
# run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# os.system(run_command)
# break
# time.sleep(200)
# print (time.time())
# print (count)
for i in range(1):
bandwidth = 20 * math.pow(2, (1))
for j in range(1):
Mcs = 5 + j
for k in range(4):
dis = 300+ 10*(k+1)
while (1):
out=os.popen("ps -ef|grep \"./waf --run\"|grep -v grep").read()
count = 0
for line in out.splitlines():
count = count + 1
if count < server_core:
freq = 5
run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
os.system(run_command)
# freq = 6
# run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# os.system(run_command)
break
time.sleep(200)
print (time.time())
print (count)
# for i in range(1):
# bandwidth = 20 * math.pow(2, (2))
# for j in range(1):
# Mcs = 5 + j
# for k in range(5):
# dis = 300 + 50*(k+1)
# while (1):
# out=os.popen("ps -ef|grep \"./waf --run\"|grep -v grep").read()
# count = 0
# for line in out.splitlines():
# count = count + 1
# if count < server_core:
# freq = 5
# run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# os.system(run_command)
# freq = 6
# run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# os.system(run_command)
# break
# time.sleep(200)
# print (time.time())
# print (count)
# # for i in range(1):
# # bandwidth = 20 * math.pow(2, (2))
# # for j in range(1):
# # Mcs = 5 + j
# # for k in range(10):
# # dis = 100 + 5*(k+1)
# # while (1):
# # out=os.popen("ps -ef|grep \"./waf --run\"|grep -v grep").read()
# # count = 0
# # for line in out.splitlines():
# # count = count + 1
# # if count < server_core:
# # freq = 5
# # run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# # os.system(run_command)
# # freq = 6
# # run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# # os.system(run_command)
# # break
# # time.sleep(200)
# # print (time.time())
# # print (count)
# # for i in range(1):
# # bandwidth = 20 * math.pow(2, (2))
# # for j in range(1):
# # Mcs = 5 + j
# # for k in range(10):
# # dis = 250 + 5*(k+1)
# # while (1):
# # out=os.popen("ps -ef|grep \"./waf --run\"|grep -v grep").read()
# # count = 0
# # for line in out.splitlines():
# # count = count + 1
# # if count < server_core:
# # freq = 5
# # run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# # os.system(run_command)
# # freq = 6
# # run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# # os.system(run_command)
# # break
# # time.sleep(200)
# # print (time.time())
# # print (count)
# for i in range(1):
# bandwidth = 20 * math.pow(2, (3))
# for j in range(1):
# Mcs = 5 + j
# for k in range(5):
# dis = 250 + 50*(k+1)
# while (1):
# out=os.popen("ps -ef|grep \"./waf --run\"|grep -v grep").read()
# count = 0
# for line in out.splitlines():
# count = count + 1
# if count < server_core:
# freq = 5
# run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# os.system(run_command)
# freq = 6
# run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# os.system(run_command)
# break
# time.sleep(200)
# print (time.time())
# print (count)
# # for i in range(1):
# # bandwidth = 20 * math.pow(2, (3))
# # for j in range(1):
# # Mcs = 5 + j
# # for k in range(10):
# # dis = 100 + 5*(k+1)
# # while (1):
# # out=os.popen("ps -ef|grep \"./waf --run\"|grep -v grep").read()
# # count = 0
# # for line in out.splitlines():
# # count = count + 1
# # if count < server_core:
# # freq = 5
# # run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# # os.system(run_command)
# # freq = 6
# # run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# # os.system(run_command)
# # break
# # time.sleep(200)
# # print (time.time())
# # print (count)
# # for i in range(1):
# # bandwidth = 20 * math.pow(2, (3))
# # for j in range(1):
# # Mcs = 5 + j
# # for k in range(10):
# # dis = 200 + 5*(k+1)
# # while (1):
# # out=os.popen("ps -ef|grep \"./waf --run\"|grep -v grep").read()
# # count = 0
# # for line in out.splitlines():
# # count = count + 1
# # if count < server_core:
# # freq = 5
# # run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# # os.system(run_command)
# # freq = 6
# # run_command = 'nohup ./waf --run \"scratch/wifi-unequal --standard=11ax --verbose=0 --duration=200 --maxMpdus=1 --infra=1 --validate=0 --channelWidth={:d} --phyMode=HeMcs{:d} --frequency={:d} --distance={:d}\" > uneqaul_data/mpdu1_band{:d}_mcs{:d}_fre{:d}_dis{:d} 2>&1 &'.format(int(bandwidth), int(Mcs), int(freq), int(dis), int(bandwidth), int(Mcs), int(freq), int(dis))
# # os.system(run_command)
# # break
# # time.sleep(200)
# # print (time.time())
# # print (count)