def kpi_analysis(filename):
# Get analyzer and log dir from the user
src = OfflineReplayer()
# src.set_input_path('../../../logs/0.qmdl')
# src.set_input_path('../../../logs/exp30_HFDV_byYJ/example.qmdl')
src.set_input_path(filename)
# analyzer = LteCntAnalyzer()
# analyzer = DlLatBdAnalyzer()
analyzer = UlSampleAnalyzer()
# analyzer = UlLatBreakdownAnalyzer()
analyzer.set_source(src)
# analyzer = LtePdcpGapAnalyzer()
# analyzer.set_source(src)
# analyzer1 = PktLossAnalyzer()
# analyzer1.set_source(src)
# analyzer2 = RlcUlRetxAnalyzer()
# analyzer2.set_source(src)
# analyzer.set_operator("hello")
# analyzer.set_phone_model("hi")
# Start the monitoring
src.run()
def parse_qmdl(plainTextFile):
# Initialize an OfflineReplayer as monitor
src = OfflineReplayer()
m = MobilityMisconfigAnalyzer()
for f in get_sorted_logs(plainTextFile):
print '=========' + f + '========'
m.reset()
m.set_source(src)
src.set_input_path(f)
# Start the monitoring
src.run()
lte_mobility_misconfig_serving_cell_dict = m.get_lte_mobility_misconfig_serving_cell_dict(
)
utra_mobility_misconfig_serving_cell_dict = m.get_3g_mobility_misconfig_serving_cell_dict(
)
for CellIdentityCombine, CellInfo in lte_mobility_misconfig_serving_cell_dict.iteritems(
):
print CellIdentityCombine
jsonValue = json.dumps(CellInfo, indent=4, sort_keys=True)
print jsonValue
print "-----------------------------------------------------------"
for CellIdentityCombine, CellInfo in utra_mobility_misconfig_serving_cell_dict.iteritems(
):
print CellIdentityCombine
jsonValue = json.dumps(CellInfo, indent=4, sort_keys=True)
print jsonValue
print "-----------------------------------------------------------"
class LogAnalyzer(Analyzer):
"""
A simple analyzer of log events
"""
def __init__(self, listener_callback):
Analyzer.__init__(self)
# a message dump has no analyzer in from/to_list
# it only has a single callback for the source
self.msg_logs = [] # in-memory message log
self.src = OfflineReplayer()
self.set_source(self.src)
self.add_source_callback(self.__dump_message)
self.listener_callback = listener_callback
self.supported_types = set(dm_collector_c.log_packet_types)
for st in self.supported_types:
self.src.enable_log(st)
# def AnalyzeFile(self, fileName,selectedTypes):
# self.selectedTypes = selectedTypes
# self.msg_logs = []
# self.src.set_input_path(fileName)
# self.src.run()
# if self.listener_callback:
# self.listener_callback()
def AnalyzeFile(self, Paths, selectedTypes):
if Paths.__class__.__name__ != 'list':
Paths = [Paths]
self.selectedTypes = selectedTypes
self.msg_logs = []
for fileName in Paths:
self.src.set_input_path(fileName)
self.src.run()
if self.listener_callback:
self.listener_callback()
else:
self.log_warning("no listener_callback ...")
def __dump_message(self, msg):
"""
Print the received message
:param msg: the received message
"""
if self.selectedTypes \
and msg.type_id not in self.selectedTypes:
return
payload = msg.data.decode_xml()
timestamp_beg = payload.find("timestamp\">") + 11
timestamp_end = payload.find("</", timestamp_beg)
msg_timestamp = payload[timestamp_beg:timestamp_end]
self.msg_logs.append({
'Timestamp': msg_timestamp,
'TypeID': msg.type_id,
'Payload': payload
})
def ReadRawFile(filename):
# Initialize a 3G/4G monitor
src = OfflineReplayer()
#src.set_input_path("./diag_log_20190701_032740_93cda9833356d6bc90e05d0f85b3efee_Google-PixelXL_311480.mi2log")
src.set_input_path("./" + filename + ".mi2log")
logger = MsgLogger()
logger.set_decode_format(MsgLogger.XML)
logger.set_dump_type(MsgLogger.FILE_ONLY)
#logger.save_decoded_msg_as("./test.txt")
logger.save_decoded_msg_as("./" + filename + ".txt")
logger.set_source(src)
# Analyzers
lte_pdcp_analyzer = LtePdcpAnalyzer()
lte_pdcp_analyzer.set_source(src)
lte_rrc_analyzer = LteRrcAnalyzer()
lte_rrc_analyzer.set_source(src) # bind with the monitor
wcdma_rrc_analyzer = WcdmaRrcAnalyzer()
wcdma_rrc_analyzer.set_source(src) # bind with the monitor
lte_nas_analyzer = LteNasAnalyzer()
lte_nas_analyzer.set_source(src)
umts_nas_analyzer = UmtsNasAnalyzer()
umts_nas_analyzer.set_source(src)
lte_phy_analyzer = LtePhyAnalyzer()
lte_phy_analyzer.set_source(src)
lte_mac_analyzer = LteMacAnalyzer()
lte_mac_analyzer.set_source(src)
mm_analyzer = MmAnalyzer()
mm_analyzer.set_source(src)
lte_measurement_analyzer = LteMeasurementAnalyzer()
lte_measurement_analyzer.set_source(src)
lte_rlc_analyzer = LteRlcAnalyzer()
lte_rlc_analyzer.set_source(src)
#modem_Debug_Analyzer = ModemDebugAnalyzer()
#modem_Debug_Analyzer.set_source(src)
mobility_mngt = MobilityMngt()
mobility_mngt.set_source(src)
rrc_analyzer = RrcAnalyzer()
rrc_analyzer.set_source(src)
# Start the monitoring
src.run()
def uplink_latency_analysis():
src = OfflineReplayer()
# src.set_input_path("./logs/latency_sample.mi2log")
src.set_input_path(sys.argv[1])
# print (sys.argv[1])
analyzer = UplinkLatencyAnalyzer()
analyzer.set_source(src)
src.run()
return analyzer
def kpi_analysis():
src = OfflineReplayer()
src.set_input_path(sys.argv[1])
analyzer = DLMacLatencyAnalyzer()
analyzer.set_source(src)
src.run()
analyzer.log_info('Total packets: ' + str(analyzer.num))
analyzer.log_info('Number of TX delay: ' + str(analyzer.tx_delay_num))
analyzer.log_info('Number of blocked packets: ' +
str(analyzer.block_delay_num))
def test(self):
#Single analyzer test only
Analyzer.reset()
src = OfflineReplayer()
src.set_input_path(log_path)
#Indirectly call analyzer via include_analyzer
test_analyzer = Analyzer()
test_analyzer.include_analyzer(analyzer_name, [])
test_analyzer.set_source(src)
# Disable all MobileInsight logs
logging.getLogger('mobileinsight_logger').setLevel(logging.CRITICAL)
src.run()
def kpi_manager_example(path):
src = OfflineReplayer()
src.set_input_path(path)
kpi_manager = KPIManager()
# print "All supported KPIs:", str(kpi_manager.list_kpis())
# kpi_manager.enable_kpi("KPI.Accessibility.DEDICATED_BEARER_SR_QCI1_REQ", periodicity='10m')
# kpi_manager.enable_kpi("KPI.Accessibility.DEDICATED_BEARER_SR_QCI1_SR", periodicity='2h')
kpi_manager.enable_kpi("KPI.Accessibility.RRC_SUC")
kpi_manager.enable_kpi("KPI.Accessibility.RRC_REQ")
kpi_manager.enable_kpi("KPI.Accessibility.RRC_SR")
kpi_manager.enable_kpi("KPI.Accessibility.RRC_LATENCY")
kpi_manager.enable_kpi("KPI.Accessibility.SR_SUC")
kpi_manager.enable_kpi("KPI.Accessibility.SR_REQ")
kpi_manager.enable_kpi("KPI.Accessibility.SR_SR")
kpi_manager.enable_kpi("KPI.Accessibility.SR_LATENCY")
# kpi_manager.enable_kpi("KPI.Accessibility.ATTACH_SUC")
# kpi_manager.enable_kpi("KPI.Accessibility.ATTACH_SR")
# Test Mobility KPIs
kpi_manager.enable_kpi("KPI.Mobility.HO_TOTAL")
kpi_manager.enable_kpi("KPI.Mobility.HO_FAILURE")
kpi_manager.enable_kpi("KPI.Mobility.HO_FAILURE_LATENCY")
kpi_manager.enable_kpi("KPI.Mobility.HO_SR")
kpi_manager.enable_kpi(
"KPI.Mobility.HANDOVER_LATENCY") # test log: data_sample
kpi_manager.enable_kpi("KPI.Accessibility.HO_LATENCY")
kpi_manager.enable_kpi("KPI.Mobility.TAU_SUC")
kpi_manager.enable_kpi("KPI.Mobility.TAU_REQ")
kpi_manager.enable_kpi("KPI.Mobility.TAU_SR")
kpi_manager.enable_kpi("KPI.Mobility.TAU_LATENCY")
# kpi_manager.enable_kpi("KPI.Mobility.TAU_REQ", periodicity='1h')
# Test Retainability KPIs
# kpi_manager.enable_kpi("KPI.Retainability.RRC_AB_REL")
# Test Integrity KPIs
# kpi_manager.enable_kpi("KPI.Integrity.DL_TPUT")
kpi_manager.set_source(src)
src.run()
def parse_qmdl(path_input):
# directory = "/home/moonsky219/ownCloud/mssn/misconfig_exp/data/Verizon/L714/"
directory = path_input
logs = get_sorted_logs(directory)
# Initialize a 3G/4G monitor
src = OfflineReplayer()
m = IdleHandoffAnalyzer()
for f in logs:
# print "=== %s ===" % f
m.reset()
m.set_source(src)
src.set_input_path(f)
# Start the monitoring
src.run()
def kpi_manager_example(path):
src = OfflineReplayer()
src.set_input_path(path)
kpi_manager = KPIManager()
# print "All supported KPIs:", str(kpi_manager.list_kpis())
# Test experimental KPIs - data plane
kpi_manager.enable_kpi("KPI.Wireless.BLER") # test log: bler_sample
kpi_manager.enable_kpi("KPI.Wireless.DL_PDCP_LOSS") # test log: data_sample
kpi_manager.enable_kpi("KPI.Wireless.UL_PDCP_LOSS")
# Test experimental KPIs - handover
kpi_manager.enable_kpi("KPI.Mobility.HANDOVER_PREDICTION") # test log: data_sample
kpi_manager.enable_kpi("KPI.Mobility.HANDOVER_LATENCY") # test log: data_sample
kpi_manager.enable_kpi("KPI.Mobility.HANDOVER_HOL") # test log: data_sample
kpi_manager.set_source(src)
src.run()
def lte_phy_analysis():
src = OfflineReplayer()
#src.set_input_path("./logs/latency_sample.mi2log")
src.set_input_path(sys.argv[1])
# print (sys.argv[1])
phy_analyzer = goodsol_analyzer.MyAnalyzer()
#phy_analyzer.set_source(src)
meas_analyzer = lte_measurement_analyzer.LteMeasurementAnalyzer()
meas_analyzer.set_source(src)
uplink_analyzer = uplink_latency_analyzer.UplinkLatencyAnalyzer()
#uplink_analyzer.set_source(src)
mac_analyzer = lte_mac_analyzer.LteMacAnalyzer()
#mac_analyzer.set_source(src)
rlc_analyzer = lte_rlc_analyzer.LteRlcAnalyzer()
rlc_analyzer.set_source(src)
error_analyzer = lte_wireless_error_analyzer.LteWirelessErrorAnalyzer()
#error_analyzer.set_source(src)
fb_analyzer = object_latency_analyzer.ObjectLatencyAnalyzer()
fb_analyzer.set_source(src)
pdcp_analyer = lte_pdcp_ulgap_analyzer.LtePdcpUlGapAnalyzer()
#pdcp_analyer.set_source(src)
#mac_analyzer = lte_mac_analyzer.LteMacAnalyzer()
#mac_analyzer.set_source(src)
rrc_analyzer = lte_rrc_analyzer.LteRrcAnalyzer()
#rrc_analyzer.set_source(src)
src.run()
return phy_analyzer, meas_analyzer, mac_analyzer, rlc_analyzer, fb_analyzer, pdcp_analyer
def generate_from_mi2log(filepath, output_filepath=None):
src = OfflineReplayer()
src.set_input_path(filepath)
filename = get_filename_from_path(filepath)
logger = MsgLogger()
logger.set_decode_format(MsgLogger.XML)
logger.set_dump_type(MsgLogger.FILE_ONLY)
if (output_filepath is not None):
op_fp = output_filepath
else:
op_fp = "./mi2log_xml/" + filename + "_" + datetime.now().strftime(
"%H_%M_%S") + '.xml'
logger.save_decoded_msg_as(op_fp)
logger.set_source(src)
# Analyzers
lte_rrc_analyzer = LteRrcAnalyzer()
lte_rrc_analyzer.set_source(src) # bind with the monitor
# wcdma_rrc_analyzer = WcdmaRrcAnalyzer()
# wcdma_rrc_analyzer.set_source(src) # bind with the monitor
lte_nas_analyzer = LteNasAnalyzer()
lte_nas_analyzer.set_source(src)
# umts_nas_analyzer = UmtsNasAnalyzer()
# umts_nas_analyzer.set_source(src)
# lte_phy_analyzer = LtePhyAnalyzer()
# lte_phy_analyzer.set_source(src)
# lte_mac_analyzer = LteMacAnalyzer()
# lte_mac_analyzer.set_source(src)
# Start the monitoring
src.run()
clean_mi2log_xml(op_fp)
elif (dl_size < ul_size and not (dl_size < 75 and ul_size > 94)
) or (ul_size < 75 and dl_size > 94 and
(ul_sfn > dl_sfn or ul_sfn - dl_sfn < -8000)):
dl_pointer += 1
else:
ul_pointer += 1
print "ul_size, ul_fn_sfn, ul_timestamp, dl_size, dl_fn_sfn, dl_timestamp, first_dl_fn_sfn, dl_trans_delay, e2e_delay"
for i in joint_delay:
if 0 < i[4] - i[1] < 600:
print ','.join(map(str, i + [i[4] - i[1]]))
if __name__ == "__main__":
if len(sys.argv) != 2:
print
"Usage python example_pdcp.py [path to mi2log file]"
exit()
# Initialize a 3G/4G monitor
src = OfflineReplayer()
src.set_input_path(sys.argv[1])
dumpAnalyzer = DumpAnalyzer()
dumpAnalyzer.set_source(src)
# Start the monitoring
src.run()
dumpAnalyzer.post_process()
def parse_qmdl(path_input):
# directory = "/home/moonsky219/ownCloud/mssn/misconfig_exp/data/Verizon/L714/"
directory = path_input
logs = get_sorted_logs(directory)
# Initialize a 3G/4G monitor
src = OfflineReplayer()
m = MobilityMisconfigAnalyzer()
for f in logs:
# print "=== %s ===" % f
m.reset()
m.set_source(src)
src.set_input_path(f)
# Start the monitoring
src.run()
umts_normal_service_log = m.get_umts_normal_service_log()
umts_plmn_search_log = m.get_umts_plmn_search_log()
umts_attach_log = m.get_umts_attach_log()
umts_lu_log = m.get_umts_lu_log()
umts_rau_log = m.get_umts_rau_log()
lte_normal_service_log = m.get_lte_normal_service_log()
lte_plmn_search_log = m.get_lte_plmn_search_log()
lte_attach_log = m.get_lte_attach_log()
lte_tau_log = m.get_lte_tau_log()
lte_tau_qos_info = m.get_lte_tau_qos_info()
lte_cell_resel_to_umts_config = m.get_lte_cell_resel_to_umts_config()
lte_drx_config = m.get_lte_drx_config()
lte_tdd_config = m.get_lte_tdd_config()
n_lte_rrc_reconfig = m.get_n_lte_rrc_reconfig()
lte_mobility_misconfig_serving_cell_dict = m.get_lte_mobility_misconfig_serving_cell_dict(
)
utra_mobility_misconfig_serving_cell_dict = m.get_3g_mobility_misconfig_serving_cell_dict(
)
for CellIdentityCombine, CellInfo in lte_mobility_misconfig_serving_cell_dict.iteritems(
):
print CellIdentityCombine
InfoKey = "lte_rrc_cerv_cell_info"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "[sib1]"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "[sib3]cellReselectionInfoCommon_element"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "[sib3]cellReselectionServingFreqInfo_element"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "[sib3]intraFreqCellReselectionInfo_element"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "[sib4]intraFreqBlackCellList"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "[sib4]intraFreqNeighCellList"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "[sib5]InterFreqCarrierFreqInfo_element"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "[sib5]interFreqBlackCellList"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "[sib5]interFreqNeighCellList"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "[sib6]CarrierFreqUTRA_FDD_element"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "[sib7]"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "[sib8]"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "lte_rrc_measurement_report"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "lte_measurement_report_config"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "lte_measurement_object"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "utra_3g_measurement_object"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "lte_report_configuration"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "2g3g_report_reconfiguration"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
print "-----------------------------------------------------------"
for CellIdentityCombine, CellInfo in utra_mobility_misconfig_serving_cell_dict.iteritems(
):
print CellIdentityCombine
for InfoKey, InfoValue in CellInfo.iteritems():
if InfoKey == "umts_geolocation":
continue
print InfoKey
if isinstance(InfoValue, list):
for InfoValueItem in InfoValue:
print InfoValueItem
elif isinstance(InfoValue, dict):
for InfoValueKey, InfoValueItem in InfoValue:
print InfoValueKey
print InfoValueItem
print "-----------------------------------------------------------"
def parse_qmdl(plainTextFile):
# Initialize an OfflineReplayer as monitor
src = OfflineReplayer()
m = MobilityMisconfigGsmCdmaAnalyzer()
for f in get_sorted_logs(plainTextFile):
m.reset()
m.set_source(src)
src.set_input_path(f)
# Start the monitoring
src.run()
gsm_mobility_misconfig_serving_cell_dict = m.get_gsm_mobility_misconfig_serving_cell_dict(
)
cdma_mobility_misconfig_serving_cell_dict = m.get_cdma_mobility_misconfig_serving_cell_dict(
)
evdo_mobility_misconfig_serving_cell_dict = m.get_evdo_mobility_misconfig_serving_cell_dict(
)
filename = str(f)
print filename
carrier = "Unknown"
try:
carrier = (filename.split('.mi2log')[0]).split('_')[-1]
except:
carrier = "Unknown"
for CellIdentityCombine, CellInfo in gsm_mobility_misconfig_serving_cell_dict.iteritems(
):
CellIdentityCombine = (carrier, ) + CellIdentityCombine
print CellIdentityCombine
InfoKey = "gsm_cell_information"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "gsm_reselection_parameters"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
print "-----------------------------------------------------------"
for CellIdentityCombine, CellInfo in cdma_mobility_misconfig_serving_cell_dict.iteritems(
):
CellIdentityCombine = (carrier, ) + CellIdentityCombine
print CellIdentityCombine
InfoKey = "cdma_paging"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
print "-----------------------------------------------------------"
for CellIdentityCombine, CellInfo in evdo_mobility_misconfig_serving_cell_dict.iteritems(
):
CellIdentityCombine = (carrier, ) + CellIdentityCombine
print CellIdentityCombine
InfoKey = "evdo_sector_parameters"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
InfoKey = "evdo_other_rat"
if InfoKey in CellInfo:
print InfoKey
for InfoValueItem in CellInfo[InfoKey]:
print InfoValueItem
print "-----------------------------------------------------------"
def kpi_analysis():
# src = OfflineReplayer()
# src.set_input_path('/sdcard/mobileinsight/plugins/test_analyzer/vr_log.mi2log')
# cache_directory = mi2app_utils.get_cache_dir()
# log_directory = os.path.join(cache_directory, "mi2log")
src = OfflineReplayer()
src.set_input_path(sys.argv[1])
analyzer = UlRLCAnalyzer()
analyzer.set_source(src)
# analyzer.set_idx(3)
src.run()
x = []
y = []
for row in analyzer.pdu_pkts:
x.append(row[0])
y.append(row[2])
x1 = []
y1 = []
for row in analyzer.pdu_pkts:
x1.append(row[1])
y1.append(row[2])
x2 = []
y2 = []
for row in analyzer.receive_buffer_backup:
x2.append(row[1])
y2.append(row[0])
x3 = []
y3 = []
for row in analyzer.pdcp_rx:
x3.append(row[0])
y3.append(row[1])
total = len(analyzer.receive_buffer_backup)
send = len(analyzer.pdu_pkts)
analyzer.log_info("Total Recieve Package: " + str(total))
print "Total Recieve Package: " + str(total)
# analyzer.log_info("Total Send PDCP Package: " + str(send))
analyzer.log_info("Total Match Package: " + str(analyzer.match))
print "Total Match Package: " + str(analyzer.match)
analyzer.log_info("Average wait delay: " + str(analyzer.total_wait_delay/analyzer.match))
print "Average wait delay: " + str(analyzer.total_wait_delay/analyzer.match)
analyzer.log_info("Average TX delay: " + str(analyzer.total_tx_delay/analyzer.match))
print "Average TX delay: " + str(analyzer.total_tx_delay/analyzer.match)
plt.scatter(x3,y3,s=5, color = 'y', label = 'retransmission')
plt.scatter(x2,y2,s=10, color = 'g',label = 'buffer recieve')
plt.scatter(x1,y1,s=5, color = 'b', label='pdcp package finish sending')
plt.scatter(x,y,s=2,color='r', label='pdcp package start sending')
plt.xlabel('Timestamp')
plt.ylabel('Package Size')
plt.title(sys.argv[1])
plt.legend()
plt.show()
