def getBitrateHarm(solo_bitrate_df, combi_bitrate_df):
networks = ["Homelink", "3G"]
ccas_video = ["reno", "cubic", "bbr", "none"]
ccas_iperf = ["reno", "cubic", "bbr", "none"]
for cca_video in ccas_video:
for cca_iperf in ccas_iperf:
for network in networks:
# print(cca, cca_2, network)
solo_bitrate = pick_solo_bitrate(solo_bitrate_df, cca_video,
network)
combi_bitrate = pick_combi_bitrate(combi_bitrate_df, cca_video,
cca_iperf, network)
if not combi_bitrate.empty:
harm, percentage = util.calculateHarm_more(
solo_bitrate.iloc[0], combi_bitrate.iloc[0])
# print(harm, percentage)
combi_cca = cca_iperf + "-" + cca_video
data = [[
combi_cca, harm, percentage, cca_iperf, cca_video,
network
]]
new_df = pd.DataFrame(data)
new_df.to_csv(ex.DATAPATH_PROCESSED +
'/harm/bitrate_harm_video.csv',
header=False,
index=False,
mode='a')
def getHarm2(solo_iperf_goodput_df, combi_iperf_goodput_df):
networks = ["Homelink", "3G"]
ccas = ["reno", "cubic", "bbr"]
ccas_2 = ["reno", "cubic", "bbr", "none"]
for cca in ccas:
for cca_2 in ccas_2:
for network in networks:
# print(cca, cca_2, network)
solo_iperf_goodput = get_iperf_solo_goodput(
solo_iperf_goodput_df, cca, network)
combi_iperf_goodput = get_iperf_combi_2_goodput(
combi_iperf_goodput_df, cca, cca_2, network, 5202)
if not combi_iperf_goodput.empty:
harm, percentage = util.calculateHarm_more(
solo_iperf_goodput.iloc[0],
combi_iperf_goodput.iloc[0])
combi_cca = cca + "-" + cca_2
data = [[combi_cca, harm, percentage, cca, cca_2, network]]
new_df = pd.DataFrame(data)
new_df.to_csv(ex.DATAPATH_PROCESSED +
'/harm/goodput_harm_iperf_youtube.csv',
header=False,
index=False,
mode='a')
def iperf_iperf_harm(solo_iperf_goodput_df, combi_iperf_goodput_df):
networks = ["Homelink", "3G"]
ccas = ["reno", "cubic", "bbr"]
ccas_2 = ["reno", "cubic", "bbr"]
for cca in ccas:
for cca_2 in ccas_2:
for network in networks:
solo_iperf_goodput = get_iperf_solo_goodput(
solo_iperf_goodput_df, cca, network)
combi_iperf1_gp = get_iperf_combi_goodput(
combi_iperf_goodput_df, cca, cca_2, network, 5202)
combi_iperf2_gp = get_iperf_combi_goodput(
combi_iperf_goodput_df, cca, cca_2, network, 5203)
if not combi_iperf1_gp.empty and not combi_iperf2_gp.empty:
logval = cca + "-" + cca_2 + "-" + network + "-" + str(
solo_iperf_goodput.iloc[0]) + "-" + str(
combi_iperf1_gp.iloc[0]) + "-" + str(
combi_iperf2_gp.iloc[0])
print(logval)
iperf1_harm, iperf1_perc = util.calculateHarm_more(
solo_iperf_goodput.iloc[0], combi_iperf1_gp.iloc[0])
iperf2_harm, iperf2_perc = util.calculateHarm_more(
solo_iperf_goodput.iloc[0], combi_iperf2_gp.iloc[0])
gp_jfi = calculate_jfi(combi_iperf1_gp.iloc[0],
combi_iperf2_gp.iloc[0])
harm_jfi = calculate_jfi(iperf1_harm, iperf2_harm)
gp_1_jfi = 1 - gp_jfi
harm_1_jfi = 1 - harm_jfi
combi_cca = cca + "-" + cca_2
data = [[
combi_cca, iperf1_harm, iperf1_perc, iperf2_harm,
iperf2_perc, cca, cca_2, network, gp_jfi, harm_jfi,
gp_1_jfi, harm_1_jfi
]]
new_df = pd.DataFrame(data)
new_df.to_csv(ex.DATAPATH_PROCESSED +
'/harm/goodput-harm-iperf-iperf.csv',
header=False,
index=False,
mode='a')
def getBitrateHarm(solo_bitrate_df, combi_bitrate_df):
networks = ["Homelink", "3G"]
ccas = ["reno", "cubic", "bbr"]
for cca in ccas:
for network in networks:
solo_bitrate = pick_solo_bitrate(solo_bitrate_df, cca, network)
combi_bitrate = pick_combi_bitrate(combi_bitrate_df, cca, network)
harm, percentage = util.calculateHarm_more(solo_bitrate.iloc[0], combi_bitrate.iloc[0])
print(harm, percentage)
data = [[harm, percentage, cca, network]]
new_df = pd.DataFrame(data)
new_df.to_csv(ex.DATAPATH_PROCESSED +'/harm/bitrate_harm_localvideo.csv', header=False, index=False, mode = 'a')
def getBitrateHarm2(solo_bitrate_df, combi_bitrate_df):
networks = ["Homelink", "3G"]
ccas = ["reno", "cubic", "bbr"]
ccas_2 = ["reno", "cubic", "bbr"]
for cca in ccas:
for cca_2 in ccas_2:
for network in networks:
# print(cca, cca_2, network)
solo_bitrate = pick_solo_bitrate(solo_bitrate_df, cca, network)
combi_bitrate = pick_combi_2_bitrate(combi_bitrate_df, cca, cca_2, network, 5203)
if not combi_bitrate.empty:
harm, percentage = util.calculateHarm_more(solo_bitrate.iloc[0], combi_bitrate.iloc[0])
print(harm, percentage)
combi_cca = cca + "-" + cca_2
data = [[combi_cca, harm, percentage, cca, cca_2, network]]
new_df = pd.DataFrame(data)
new_df.to_csv(ex.DATAPATH_PROCESSED +'/harm/bitrate_harm_localvideo.csv', header=False, index=False, mode = 'a')
def getHarm(solo_iperf_goodput_df, combi_iperf_goodput_df):
networks = ["Homelink", "3G"]
ccas = ["reno", "cubic", "bbr"]
for cca in ccas:
for network in networks:
solo_iperf_goodput = get_iperf_solo_goodput(
solo_iperf_goodput_df, cca, network)
combi_iperf_goodput = get_iperf_combi_goodput(
combi_iperf_goodput_df, cca, network, 5202)
# print(combi_iperf_goodput)
# print (solo_iperf_goodput.iloc[0])
harm, percentage = util.calculateHarm_more(
solo_iperf_goodput.iloc[0], combi_iperf_goodput.iloc[0])
# print(harm, percentage)
data = [[harm, percentage, cca, network]]
new_df = pd.DataFrame(data)
new_df.to_csv(ex.DATAPATH_PROCESSED +
'/harm/goodput_harm_iperf_localvideo.csv',
header=False,
index=False,
mode='a')
