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wlan-lanforge-scripts/py-scripts/test_l3.py
Chuck SmileyRekiere a1f7fac426 lf_create_dut_json.py : initial checkin will create the json file for 
the device under test
lf_create_rig_json.py : comment update
test_l3.py : help sintax update

Signed-off-by: Chuck SmileyRekiere <chuck.smileyrekiere@candelatech.com>
2022-07-12 15:46:32 +05:30

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#!/usr/bin/env python3
"""
NAME: test_l3.py
PURPOSE:
Supports creating user-specified amount stations on multiple radios
Supports configuring upload and download requested rates and PDU sizes.
Supports generating connections with different ToS values.
Supports generating tcp and/or UDP traffic types.
Supports iterating over different PDU sizes
Supports iterating over different requested tx rates
(configurable as total or per-connection value)
Supports iterating over attenuation values.
Supports testing connection between two ethernet connection - L3 dataplane
EXAMPLE:
10 stations on wiphy0, 1 station on wiphy2. open-auth to ASUS_70 SSID
Configured to submit KPI
./test_l3.py --mgr localhost --endp_type 'lf_udp lf_tcp' --upstream_port 1.1.eth1 \
--radio "radio==1.1.wiphy0 stations==10 ssid==ASUS_70 ssid_pw==[BLANK] security==open" \
--radio "radio==1.1.wiphy2 stations==1 ssid==ASUS_70 ssid_pw==[BLANK] security==open" \
--test_duration 5s
Example command using attenuator
./test_l3.py --test_duration 5m --polling_interval 1s --upstream_port eth2 \
--radio 'radio==wiphy1,stations==1,ssid==TCH-XB7,ssid_pw==comcast123,security==wpa2' \
--radio 'radio==wiphy2,stations==1,ssid==TCH-XB7,ssid_pw==comcast123,security==wpa2' \
--radio 'radio==wiphy3,stations==1,ssid==TCH-XB7,ssid_pw==comcast123,security==wpa2' \
--radio 'radio==wiphy4,stations==1,ssid==TCH-XB7,ssid_pw==comcast123,security==wpa2' \
--endp_type lf_udp --side_a_min_bps=20000 --side_b_min_bps=400000000 \
--attenuators 1.1.<serial number>.1 \
--atten_vals 20,21,40,41
Example using upsteam eth1 downstream eth2
./test_l3.py --test_duration 20s --polling_interval 1s --upstream_port eth1 --downstream_port eth2
--endp_type lf --rates_are_totals --side_a_min_bps=10000000,0 --side_a_min_pdu=1000 --side_b_min_bps=0,300000000 --side_b_min_pdu=1000
Example using wifi_settings
./test_l3.py --lfmgr 192.168.100.116 --local_lf_report_dir
/home/lanforge/html-reports/ --test_duration 15s --polling_interval 5s
--upstream_port eth2
--radio "radio==wiphy1 stations==4 ssid==asus11ax-5 ssid_pw==hello123 security==wpa2
wifi_mode==0 wifi_settings==wifi_settings
enable_flags==('ht160_enable'|'wpa2_enable'|'80211u_enable'|'create_admin_down')"
--endp_type lf_udp --rates_are_totals --side_a_min_bps=20000 --side_b_min_bps=300000000
--test_rig CT-US-001 --test_tag 'test_L3'
NOTES:
command composer : <lanforge ip>:8080/help
Drop RX - in port manager is not the same are layer 3 cx Rx Drop %
Notes from Ben Greear
Port Mgr Drop Rx
unlikely you will see rx drop on port mgr
layer-3 rx drop is related to gaps in rx sequence numbers,
which means network under test dropped frames somehow and/or re-ordered them.
Layer 3 cx Rx Drop %
cx mgr drop% is based on number peer inpoint transmitted vs what we received.
It would ignore reodering problem, and also detect complete path loss
(where rx drop based on seq numbers would not since there is no gap).
But, packets in-flight through network under test may be counted as dropped
when really they are probably not dropped.
you can quiesce a test at the end, which means stop transmitter
but leave received going to drain packets from the network and get better drop% calculations.
Stopping a test would record packets in flight at the moment it is stopped as dropped.
COPYRIGHT:
Copyright 2021 Candela Technologies Inc
INCLUDE_IN_README
"""
import argparse
import csv
import datetime
import importlib
import os
import random
import sys
import time
from pprint import pprint
import logging
import platform
if sys.version_info[0] != 3:
print("This script requires Python 3")
exit(1)
sys.path.append(os.path.join(os.path.abspath(__file__ + "../../../")))
lf_report = importlib.import_module("py-scripts.lf_report")
lf_kpi_csv = importlib.import_module("py-scripts.lf_kpi_csv")
lf_logger_config = importlib.import_module("py-scripts.lf_logger_config")
LFUtils = importlib.import_module("py-json.LANforge.LFUtils")
realm = importlib.import_module("py-json.realm")
Realm = realm.Realm
logger = logging.getLogger(__name__)
# This class handles running the test and generating reports.
class L3VariableTime(Realm):
def __init__(self,
endp_types,
args,
tos,
side_b,
side_a,
radio_name_list,
number_of_stations_per_radio_list,
ssid_list,
ssid_password_list,
ssid_security_list,
wifi_mode_list,
enable_flags_list,
station_lists,
name_prefix,
outfile,
reset_port_enable_list,
reset_port_time_min_list,
reset_port_time_max_list,
side_a_min_rate=None,
side_a_max_rate=None,
side_b_min_rate=None,
side_b_max_rate=None,
side_a_min_pdu=None,
side_a_max_pdu=None,
side_b_min_pdu=None,
side_b_max_pdu=None,
user_tags=None,
rates_are_totals=False,
mconn=1,
attenuators=None,
atten_vals=None,
number_template="00",
test_duration="256s",
polling_interval="60s",
lfclient_host="localhost",
lfclient_port=8080,
debug=False,
db=None,
kpi_csv=None,
_exit_on_error=False,
_exit_on_fail=False,
_proxy_str=None,
_capture_signal_list=None):
self.eth_endps = []
self.total_stas = 0
if side_a_min_rate is None:
side_a_min_rate = [56000]
if side_a_max_rate is None:
side_a_max_rate = [0]
if side_b_min_rate is None:
side_b_min_rate = [56000]
if side_b_max_rate is None:
side_b_max_rate = [0]
if side_a_min_pdu is None:
side_a_min_pdu = ["MTU"]
if side_a_max_pdu is None:
side_a_max_pdu = [0]
if side_b_min_pdu is None:
side_b_min_pdu = ["MTU"]
if side_b_max_pdu is None:
side_b_max_pdu = [0]
if user_tags is None:
user_tags = []
if attenuators is None:
attenuators = []
if atten_vals is None:
atten_vals = []
if _capture_signal_list is None:
_capture_signal_list = []
super().__init__(lfclient_host=lfclient_host,
lfclient_port=lfclient_port,
debug_=debug,
_exit_on_error=_exit_on_error,
_exit_on_fail=_exit_on_fail,
_proxy_str=_proxy_str,
_capture_signal_list=_capture_signal_list)
self.kpi_csv = kpi_csv
self.tos = tos.split(",")
self.endp_types = endp_types.split(",")
self.side_b = side_b
self.side_a = side_a
# if it is a dataplane test the side_a is not none and an ethernet port
if self.side_a is not None:
self.dataplane = True
else:
self.dataplane = False
self.ssid_list = ssid_list
self.ssid_password_list = ssid_password_list
self.wifi_mode_list = wifi_mode_list
self.enable_flags_list = enable_flags_list
self.station_lists = station_lists
self.ssid_security_list = ssid_security_list
self.reset_port_enable_list = reset_port_enable_list
self.reset_port_time_min_list = reset_port_time_min_list
self.reset_port_time_max_list = reset_port_time_max_list
self.number_template = number_template
self.name_prefix = name_prefix
self.test_duration = test_duration
self.radio_name_list = radio_name_list
self.number_of_stations_per_radio_list = number_of_stations_per_radio_list
# self.local_realm = realm.Realm(lfclient_host=self.host, lfclient_port=self.port, debug_=debug_on)
self.polling_interval_seconds = self.duration_time_to_seconds(
polling_interval)
self.cx_profile = self.new_l3_cx_profile()
self.multicast_profile = self.new_multicast_profile()
self.multicast_profile.name_prefix = "MLT-"
self.station_profiles = []
self.args = args
self.outfile = outfile
self.csv_started = False
self.epoch_time = int(time.time())
self.debug = debug
self.mconn = mconn
self.user_tags = user_tags
self.side_a_min_rate = side_a_min_rate
self.side_a_max_rate = side_a_max_rate
self.side_b_min_rate = side_b_min_rate
self.side_b_max_rate = side_b_max_rate
self.side_a_min_pdu = side_a_min_pdu
self.side_a_max_pdu = side_a_max_pdu
self.side_b_min_pdu = side_b_min_pdu
self.side_b_max_pdu = side_b_max_pdu
self.rates_are_totals = rates_are_totals
self.cx_count = 0
self.station_count = 0
self.attenuators = attenuators
self.atten_vals = atten_vals
if ((len(self.atten_vals) > 0) and (
self.atten_vals[0] != -1) and (len(self.attenuators) == 0)):
logger.error(
"ERROR: Attenuation values configured, but no Attenuator EIDs specified.\n")
exit(1)
self.cx_profile.mconn = mconn
self.cx_profile.side_a_min_bps = side_a_min_rate[0]
self.cx_profile.side_a_max_bps = side_a_max_rate[0]
self.cx_profile.side_b_min_bps = side_b_min_rate[0]
self.cx_profile.side_b_max_bps = side_b_max_rate[0]
# Lookup key is port-eid name
self.port_csv_files = {}
self.port_csv_writers = {}
self.ul_port_csv_files = {}
self.ul_port_csv_writers = {}
dur = self.duration_time_to_seconds(self.test_duration)
if self.polling_interval_seconds > dur + 1:
self.polling_interval_seconds = dur - 1
# Full spread-sheet data
if self.outfile is not None:
results = self.outfile[:-4]
results = results + "-results.csv"
self.csv_results_file = open(results, "w")
self.csv_results_writer = csv.writer(self.csv_results_file, delimiter=",")
# if it is a dataplane test the side_a is not None and an ethernet port
# if side_a is None then side_a is radios
if not self.dataplane:
for (
radio_,
ssid_,
ssid_password_,
ssid_security_,
mode_,
enable_flags_,
reset_port_enable_,
reset_port_time_min_,
reset_port_time_max_) in zip(
radio_name_list,
ssid_list,
ssid_password_list,
ssid_security_list,
wifi_mode_list,
enable_flags_list,
reset_port_enable_list,
reset_port_time_min_list,
reset_port_time_max_list):
self.station_profile = self.new_station_profile()
self.station_profile.lfclient_url = self.lfclient_url
self.station_profile.ssid = ssid_
self.station_profile.ssid_pass = ssid_password_
self.station_profile.security = ssid_security_
self.station_profile.number_template = self.number_template
self.station_profile.mode = mode_
self.station_profile.desired_add_sta_flags = enable_flags_.copy()
self.station_profile.desired_add_sta_flags_mask = enable_flags_.copy()
# place the enable and disable flags
# self.station_profile.desired_add_sta_flags = self.enable_flags
# self.station_profile.desired_add_sta_flags_mask = self.enable_flags
self.station_profile.set_reset_extra(
reset_port_enable=reset_port_enable_,
test_duration=self.duration_time_to_seconds(
self.test_duration),
reset_port_min_time=self.duration_time_to_seconds(reset_port_time_min_),
reset_port_max_time=self.duration_time_to_seconds(reset_port_time_max_))
self.station_profiles.append(self.station_profile)
else:
pass
self.multicast_profile.host = self.lfclient_host
self.cx_profile.host = self.lfclient_host
self.cx_profile.port = self.lfclient_port
self.cx_profile.name_prefix = self.name_prefix
self.lf_endps = None
self.udp_endps = None
self.tcp_endps = None
def get_results_csv(self):
# print("self.csv_results_file {}".format(self.csv_results_file.name))
return self.csv_results_file.name
# Find avg latency, jitter for connections using specified port.
def get_endp_stats_for_port(self, eid_name, endps):
lat = 0
jit = 0
total_dl_rate = 0
total_dl_rate_ll = 0
total_dl_pkts_ll = 0
dl_rx_drop_percent = 0
total_ul_rate = 0
total_ul_rate_ll = 0
total_ul_pkts_ll = 0
ul_rx_drop_percent = 0
count = 0
sta_name = 'no_station'
# logger.info("endp-stats-for-port, port-eid: {}".format(eid_name))
eid = self.name_to_eid(eid_name)
logger.debug(
"eid_name: {eid_name} eid: {eid}".format(
eid_name=eid_name,
eid=eid))
# Convert all eid elements to strings
eid[0] = str(eid[0])
eid[1] = str(eid[1])
eid[2] = str(eid[2])
for endp in endps:
# pprint(endp)
logger.info(endp)
eid_endp = endp["eid"].split(".")
logger.debug(
"Comparing eid:{eid} to endp-id {eid_endp}".format(eid=eid, eid_endp=eid_endp))
# Look through all the endpoints (endps), to find the port the eid_name is using.
# The eid_name that has the same Shelf, Resource, and Port as the eid_endp (looking at all the endps)
# Then read the eid_endp to get the delay, jitter and rx rate
# Note: the endp eid is shelf.resource.port.endp-id, the eid can be treated somewhat as
# child class of port-eid , and look up the port the eid is using.
if eid[0] == eid_endp[0] and eid[1] == eid_endp[1] and eid[2] == eid_endp[2]:
lat += int(endp["delay"])
jit += int(endp["jitter"])
name = endp["name"]
logger.debug("endp name {name}".format(name=name))
sta_name = name.replace('-A', '')
# only the -A endpoint will be found so need to look
count += 1
logger.debug(
"Matched: name: {name} eid:{eid} to endp-id {eid_endp}".format(
name=name, eid=eid, eid_endp=eid_endp))
else:
name = endp["name"]
logger.debug(
"No Match: name: {name} eid:{eid} to endp-id {eid_endp}".format(
name=name, eid=eid, eid_endp=eid_endp))
if count > 1:
lat = int(lat / count)
jit = int(jit / count)
# need to loop though again to find the upload and download per station
# if the name matched
for endp in endps:
if sta_name in endp["name"]:
name = endp["name"]
if name.endswith("-A"):
logger.info("name has -A")
total_dl_rate += int(endp["rx rate"])
total_dl_rate_ll += int(endp["rx rate ll"])
total_dl_pkts_ll += int(endp["rx pkts ll"])
dl_rx_drop_percent = round(endp["rx drop %"], 2)
# -B upload side
else:
total_ul_rate += int(endp["rx rate"])
total_ul_rate_ll += int(endp["rx rate ll"])
total_ul_pkts_ll += int(endp["rx pkts ll"])
ul_rx_drop_percent = round(endp["rx drop %"], 2)
return lat, jit, total_dl_rate, total_dl_rate_ll, total_dl_pkts_ll, dl_rx_drop_percent, total_ul_rate, total_ul_rate_ll, total_ul_pkts_ll, ul_rx_drop_percent
# Query all endpoints to generate rx and other stats, returned
# as an array of objects.
def __get_rx_values(self):
endp_list = self.json_get(
"endp?fields=name,eid,delay,jitter,rx+rate,rx+rate+ll,rx+bytes,rx+drop+%25,rx+pkts+ll",
debug_=False)
endp_rx_drop_map = {}
endp_rx_map = {}
our_endps = {}
endps = []
total_ul = 0
total_ul_ll = 0
total_dl = 0
total_dl_ll = 0
for e in self.multicast_profile.get_mc_names():
our_endps[e] = e
for e in self.cx_profile.created_endp.keys():
our_endps[e] = e
for endp_name in endp_list['endpoint']:
if endp_name != 'uri' and endp_name != 'handler':
for item, endp_value in endp_name.items():
if item in our_endps:
endps.append(endp_value)
logger.debug("endpoint: {item} value:\n".format(item=item))
logger.debug(endp_value)
for value_name, value in endp_value.items():
if value_name == 'rx bytes':
endp_rx_map[item] = value
if value_name == 'rx rate':
endp_rx_map[item] = value
if value_name == 'rx rate ll':
endp_rx_map[item] = value
if value_name == 'rx pkts ll':
endp_rx_map[item] = value
if value_name == 'rx drop %':
endp_rx_drop_map[item] = value
if value_name == 'rx rate':
# This hack breaks for mcast or if someone names endpoints weirdly.
# logger.info("item: ", item, " rx-bps: ", value_rx_bps)
if item.endswith("-A"):
total_dl += int(value)
else:
total_ul += int(value)
if value_name == 'rx rate ll':
# This hack breaks for mcast or if someone
# names endpoints weirdly.
if item.endswith("-A"):
total_dl_ll += int(value)
else:
total_ul_ll += int(value)
# logger.debug("total-dl: ", total_dl, " total-ul: ", total_ul, "\n")
return endp_rx_map, endp_rx_drop_map, endps, total_dl, total_ul, total_dl_ll, total_ul_ll
# This script supports resetting ports, allowing one to test AP/controller under data load
# while bouncing wifi stations. Check here to see if we should reset
# ports.
def reset_port_check(self):
for station_profile in self.station_profiles:
if station_profile.reset_port_extra_data['reset_port_enable']:
if not station_profile.reset_port_extra_data['reset_port_timer_started']:
logger.debug(
"reset_port_timer_started {}".format(
station_profile.reset_port_extra_data['reset_port_timer_started']))
logger.debug(
"reset_port_time_min: {}".format(
station_profile.reset_port_extra_data['reset_port_time_min']))
logger.debug(
"reset_port_time_max: {}".format(
station_profile.reset_port_extra_data['reset_port_time_max']))
station_profile.reset_port_extra_data['seconds_till_reset'] = random.randint(
station_profile.reset_port_extra_data['reset_port_time_min'],
station_profile.reset_port_extra_data['reset_port_time_max'])
station_profile.reset_port_extra_data['reset_port_timer_started'] = True
logger.debug(
"on radio {} seconds_till_reset {}".format(
station_profile.add_sta_data['radio'],
station_profile.reset_port_extra_data['seconds_till_reset']))
else:
station_profile.reset_port_extra_data[
'seconds_till_reset'] = station_profile.reset_port_extra_data['seconds_till_reset'] - 1
logger.debug(
"radio: {} countdown seconds_till_reset {}".format(
station_profile.add_sta_data['radio'],
station_profile.reset_port_extra_data['seconds_till_reset']))
if ((
station_profile.reset_port_extra_data['seconds_till_reset'] <= 0)):
station_profile.reset_port_extra_data['reset_port_timer_started'] = False
port_to_reset = random.randint(
0, len(station_profile.station_names) - 1)
logger.debug(
"reset on radio {} station: {}".format(
station_profile.add_sta_data['radio'],
station_profile.station_names[port_to_reset]))
self.reset_port(
station_profile.station_names[port_to_reset])
# Common code to generate timestamp for CSV files.
def time_stamp(self):
return time.strftime('%m_%d_%Y_%H_%M_%S',
time.localtime(self.epoch_time))
# Cleanup any older config that a previous run of this test may have
# created.
def pre_cleanup(self):
self.cx_profile.cleanup_prefix()
self.multicast_profile.cleanup_prefix()
self.total_stas = 0
for station_list in self.station_lists:
for sta in station_list:
self.rm_port(sta, check_exists=True)
self.total_stas += 1
# Make sure they are gone
count = 0
while count < 10:
more = False
for station_list in self.station_lists:
for sta in station_list:
rv = self.rm_port(sta, check_exists=True)
if rv:
more = True
if not more:
break
count += 1
time.sleep(5)
def gather_port_eids(self):
rv = [self.side_b]
for station_profile in self.station_profiles:
rv = rv + station_profile.station_names
return rv
# Create stations and connections/endpoints. If rebuild is true, then
# only update connections/endpoints.
def build(self, rebuild=False):
index = 0
self.station_count = 0
self.udp_endps = []
self.tcp_endps = []
self.eth_endps = []
if rebuild:
# if we are just re-applying new cx values, then no need to rebuild
# stations, so allow skipping it.
# Do clean cx lists so that when we re-apply them we get same endp name
# as we had previously
# logger.info("rebuild: Clearing cx profile lists.\n")
self.cx_profile.clean_cx_lists()
self.multicast_profile.clean_mc_lists()
if self.dataplane:
for etype in self.endp_types:
for _tos in self.tos:
logger.info(
"Creating connections for endpoint type: %s TOS: %s cx-count: %s" %
(etype, _tos, self.cx_profile.get_cx_count()))
# use brackes on [self.side_a] to make it a list
these_cx, these_endp = self.cx_profile.create(
endp_type=etype, side_a=[
self.side_a], side_b=self.side_b, sleep_time=0, tos=_tos)
if etype == "lf_udp" or etype == "lf_udp6":
self.udp_endps = self.udp_endps + these_endp
elif etype == "lf":
self.lf_endps = self.eth_endps + these_endp
else:
self.tcp_endps = self.tcp_endps + these_endp
else:
for station_profile in self.station_profiles:
if not rebuild:
station_profile.use_security(
station_profile.security,
station_profile.ssid,
station_profile.ssid_pass)
station_profile.set_number_template(
station_profile.number_template)
logger.info(
"Creating stations on radio %s" %
(self.radio_name_list[index]))
station_profile.create(
radio=self.radio_name_list[index],
sta_names_=self.station_lists[index],
debug=self.debug,
sleep_time=0)
index += 1
self.station_count += len(station_profile.station_names)
# Build/update connection types
for etype in self.endp_types:
# TODO multi cast does not work
if etype == "mc_udp" or etype == "mc_udp6":
logger.info(
"Creating Multicast connections for endpoint type: %s" %
etype)
self.multicast_profile.create_mc_tx(
etype, self.side_b, etype)
self.multicast_profile.create_mc_rx(
etype, side_rx=station_profile.station_names)
else:
for _tos in self.tos:
logger.info(
"Creating connections for endpoint type: %s TOS: %s cx-count: %s" %
(etype, _tos, self.cx_profile.get_cx_count()))
these_cx, these_endp = self.cx_profile.create(
endp_type=etype, side_a=station_profile.station_names, side_b=self.side_b, sleep_time=0, tos=_tos)
if etype == "lf_udp" or etype == "lf_udp6":
self.udp_endps = self.udp_endps + these_endp
else:
self.tcp_endps = self.tcp_endps + these_endp
self.cx_count = self.cx_profile.get_cx_count()
if self.dataplane:
self._pass(
"PASS: CX build finished: created/updated: %s connections." %
self.cx_count)
else:
self._pass(
"PASS: Stations & CX build finished: created/updated: %s stations and %s connections." %
(self.station_count, self.cx_count))
# Run the main body of the test logic.
# todo there may be a need to start all existing stations on lanforge
# sta_json = super().json_get(
# "port/1/{resource}/list?field=alias".format(resource=self.resource))['interfaces']
def start(self, print_pass=False):
logger.info("Bringing up stations")
self.admin_up(self.side_b)
for station_profile in self.station_profiles:
for sta in station_profile.station_names:
logger.info("Bringing up station %s" % sta)
self.admin_up(sta)
temp_stations_list = []
# temp_stations_list.append(self.side_b)
for station_profile in self.station_profiles:
temp_stations_list.extend(station_profile.station_names.copy())
temp_stations_list_with_side_b = temp_stations_list.copy()
# wait for b side to get IP
temp_stations_list_with_side_b.append(self.side_b)
logger.debug("temp_stations_list {temp_stations_list}".format(
temp_stations_list=temp_stations_list))
logger.debug("temp_stations_list_with_side_b {temp_stations_list_with_side_b}".format(
temp_stations_list_with_side_b=temp_stations_list_with_side_b))
if self.wait_for_ip(temp_stations_list_with_side_b, timeout_sec=120):
logger.info("ip's acquired")
else:
# No reason to continue
logger.critical("ERROR: print failed to get IP's Check station configuration SSID, Security, Is DHCP enabled exiting")
exit(1)
self.csv_generate_column_headers()
# logger.debug(csv_header)
self.csv_add_column_headers()
# dl - ports
port_eids = self.gather_port_eids()
for eid_name in port_eids:
self.csv_add_port_column_headers(
eid_name, self.csv_generate_dl_port_column_headers())
# TODO test with LANforge VAP
# ul -ports (this if AP is present)
# port_eids = self.gather_port_eids()
# for eid_name in port_eids:
# self.csv_add_ul_port_column_headers(
# eid_name, self.csv_generate_ul_port_column_headers())
# For each rate
rate_idx = 0
for ul in self.side_a_min_rate:
dl = self.side_b_min_rate[rate_idx]
rate_idx += 1
# For each pdu size
pdu_idx = 0
for ul_pdu in self.side_a_min_pdu:
dl_pdu = self.side_b_min_pdu[pdu_idx]
pdu_idx += 1
# Adjust rate to take into account the number of connections we
# have.
if self.cx_count > 1 and self.rates_are_totals:
# Convert from string to int to do math, then back to string
# as that is what the cx_profile wants.
ul = str(int(int(ul) / self.cx_count))
dl = str(int(int(dl) / self.cx_count))
dl_pdu_str = dl_pdu
ul_pdu_str = ul_pdu
if ul_pdu == "AUTO" or ul_pdu == "MTU":
ul_pdu = "-1"
if dl_pdu == "AUTO" or dl_pdu == "MTU":
dl_pdu = "-1"
logger.debug(
"ul: %s dl: %s cx-count: %s rates-are-totals: %s\n" %
(ul, dl, self.cx_count, self.rates_are_totals))
# Set rate and pdu size config
self.cx_profile.side_a_min_bps = ul
self.cx_profile.side_a_max_bps = ul
self.cx_profile.side_b_min_bps = dl
self.cx_profile.side_b_max_bps = dl
self.cx_profile.side_a_min_pdu = ul_pdu
self.cx_profile.side_a_max_pdu = ul_pdu
self.cx_profile.side_b_min_pdu = dl_pdu
self.cx_profile.side_b_max_pdu = dl_pdu
# Update connections with the new rate and pdu size config.
self.build(rebuild=True)
for atten_val in self.atten_vals:
if atten_val != -1:
for atten_idx in self.attenuators:
self.set_atten(atten_idx, atten_val)
logger.info("Starting multicast traffic (if any configured)")
self.multicast_profile.start_mc(debug_=self.debug)
self.multicast_profile.refresh_mc(debug_=self.debug)
logger.info("Starting layer-3 traffic (if any configured)")
self.cx_profile.start_cx()
self.cx_profile.refresh_cx()
cur_time = datetime.datetime.now()
logger.info("Getting initial values.")
self.__get_rx_values()
end_time = self.parse_time(self.test_duration) + cur_time
logger.info(
"Monitoring throughput for duration: %s" %
self.test_duration)
# Monitor test for the interval duration.
passes = 0
expected_passes = 0
total_dl_bps = 0
total_ul_bps = 0
total_dl_ll_bps = 0
total_ul_ll_bps = 0
reset_timer = 0
while cur_time < end_time:
# interval_time = cur_time + datetime.timedelta(seconds=5)
interval_time = cur_time + \
datetime.timedelta(
seconds=self.polling_interval_seconds)
# logger.infi("polling_interval_seconds {}".format(self.polling_interval_seconds))
while cur_time < interval_time:
cur_time = datetime.datetime.now()
time.sleep(.2)
reset_timer += 1
if reset_timer % 5 == 0:
self.reset_port_check()
self.epoch_time = int(time.time())
endp_rx_map, endp_rx_drop_map, endps, total_dl_bps, total_ul_bps, total_dl_ll_bps, total_ul_ll_bps = self.__get_rx_values()
log_msg = "main loop, total-dl: {total_dl_bps} total-ul: {total_ul_bps} total-dl-ll: {total_dl_ll_bps}".format(
total_dl_bps=total_dl_bps, total_ul_bps=total_ul_bps, total_dl_ll_bps=total_dl_ll_bps)
logger.debug(log_msg)
# AP OUTPUT
# call to AP to return values
# Query all of our ports
# Note: the endp eid is the
# shelf.resource.port.endp-id
port_eids = self.gather_port_eids()
for eid_name in port_eids:
eid = self.name_to_eid(eid_name)
url = "/port/%s/%s/%s" % (eid[0],
eid[1], eid[2])
response = self.json_get(url)
if (response is None) or (
"interface" not in response):
logger.info(
"query-port: %s: incomplete response:" % url)
pprint(response)
else:
port_data = response['interface']
latency, jitter, total_ul_rate, total_ul_rate_ll, total_ul_pkts_ll, ul_rx_drop_percent, total_dl_rate, total_dl_rate_ll, total_dl_pkts_ll, dl_rx_drop_percent = self.get_endp_stats_for_port(
port_data["port"], endps)
self.write_port_csv(
len(temp_stations_list),
ul,
dl,
ul_pdu_str,
dl_pdu_str,
atten_val,
eid_name,
port_data,
latency,
jitter,
total_ul_rate,
total_ul_rate_ll,
total_ul_pkts_ll,
ul_rx_drop_percent,
total_dl_rate,
total_dl_rate_ll,
total_dl_pkts_ll,
dl_rx_drop_percent)
# At end of test step, record KPI into kpi.csv
self.record_kpi_csv(
len(temp_stations_list),
ul,
dl,
ul_pdu_str,
dl_pdu_str,
atten_val,
total_dl_bps,
total_ul_bps,
total_dl_ll_bps,
total_ul_ll_bps)
# At end of test step, record results information. This is
self.record_results(
len(temp_stations_list),
ul,
dl,
ul_pdu_str,
dl_pdu_str,
atten_val,
total_dl_bps,
total_ul_bps,
total_dl_ll_bps,
total_ul_ll_bps)
# At end of test if requested store upload and download
# stats TODO add for AP
# Stop connections.
self.cx_profile.stop_cx()
self.multicast_profile.stop_mc()
# TODO the passes and expected_passes are not checking anything
if passes == expected_passes:
# Sets the pass indication
self._pass(
"PASS: Requested-Rate: %s <-> %s PDU: %s <-> %s All tests passed" %
(ul, dl, ul_pdu, dl_pdu), print_pass)
def write_port_csv(
self,
sta_count,
ul,
dl,
ul_pdu,
dl_pdu,
atten,
eid_name,
port_data,
latency,
jitter,
total_ul_rate,
total_ul_rate_ll,
total_ul_pkts_ll,
ul_rx_drop_percent,
total_dl_rate,
total_dl_rate_ll,
total_dl_pkts_ll,
dl_rx_drop_percent):
row = [self.epoch_time, self.time_stamp(), sta_count,
ul, ul, dl, dl, dl_pdu, dl_pdu, ul_pdu, ul_pdu,
atten, eid_name
]
row = row + [port_data['bps rx'],
port_data['bps tx'],
port_data['rx-rate'],
port_data['tx-rate'],
port_data['signal'],
port_data['ap'],
port_data['mode'],
latency,
jitter,
total_ul_rate,
total_ul_rate_ll,
total_ul_pkts_ll,
ul_rx_drop_percent,
total_dl_rate,
total_dl_rate_ll,
total_dl_pkts_ll,
dl_rx_drop_percent]
# Add in info queried from AP.
writer = self.port_csv_writers[eid_name]
writer.writerow(row)
self.port_csv_files[eid_name].flush()
def record_kpi_csv(
self,
sta_count,
ul,
dl,
ul_pdu,
dl_pdu,
atten,
total_dl_bps,
total_ul_bps,
total_dl_ll_bps,
total_ul_ll_bps):
logger.debug("NOTE: Adding kpi to kpi.csv, sta_count {sta_count} total-download-bps:{total_dl_bps} upload: {total_ul_bps} bi-directional: {total}\n".format(
sta_count=sta_count, total_dl_bps=total_dl_bps, total_ul_bps=total_ul_bps, total=(total_ul_bps + total_dl_bps)))
logger.debug("NOTE: Adding kpi to kpi.csv, sta_count {sta_count} total-download-bps:{total_dl_ll_bps} upload: {total_ul_ll_bps} bi-directional: {total_ll}\n".format(
sta_count=sta_count, total_dl_ll_bps=total_dl_ll_bps, total_ul_ll_bps=total_ul_ll_bps, total_ll=(total_ul_ll_bps + total_dl_ll_bps)))
# the short description will all for more data to show up in one
# test-tag graph
results_dict = self.kpi_csv.kpi_csv_get_dict_update_time()
results_dict['Graph-Group'] = "Per Stations Rate DL"
results_dict['short-description'] = "DL {dl} bps pdu {dl_pdu} {sta_count} STA".format(
dl=dl, dl_pdu=dl_pdu, sta_count=sta_count)
results_dict['numeric-score'] = "{}".format(total_dl_bps)
results_dict['Units'] = "bps"
self.kpi_csv.kpi_csv_write_dict(results_dict)
results_dict['Graph-Group'] = "Per Stations Rate UL"
results_dict['short-description'] = "UL {ul} bps pdu {ul_pdu} {sta_count} STA".format(
ul=ul, ul_pdu=ul_pdu, sta_count=sta_count)
results_dict['numeric-score'] = "{}".format(total_ul_bps)
results_dict['Units'] = "bps"
self.kpi_csv.kpi_csv_write_dict(results_dict)
results_dict['Graph-Group'] = "Per Stations Rate UL+DL"
results_dict['short-description'] = "UL {ul} bps pdu {ul_pdu} + DL {dl} bps pud {dl_pdu}- {sta_count} STA".format(
ul=ul, ul_pdu=ul_pdu, dl=dl, dl_pdu=dl_pdu, sta_count=sta_count)
results_dict['numeric-score'] = "{}".format(
(total_ul_bps + total_dl_bps))
results_dict['Units'] = "bps"
self.kpi_csv.kpi_csv_write_dict(results_dict)
results_dict['Graph-Group'] = "Per Stations Rate DL"
results_dict['short-description'] = "DL LL {dl} bps pdu {dl_pdu} {sta_count} STA".format(
dl=dl, dl_pdu=dl_pdu, sta_count=sta_count)
results_dict['numeric-score'] = "{}".format(total_dl_ll_bps)
results_dict['Units'] = "bps"
self.kpi_csv.kpi_csv_write_dict(results_dict)
results_dict['Graph-Group'] = "Per Stations Rate UL"
results_dict['short-description'] = "UL LL {ul} bps pdu {ul_pdu} {sta_count} STA".format(
ul=ul, ul_pdu=ul_pdu, sta_count=sta_count)
results_dict['numeric-score'] = "{}".format(total_ul_ll_bps)
results_dict['Units'] = "bps"
self.kpi_csv.kpi_csv_write_dict(results_dict)
results_dict['Graph-Group'] = "Per Stations Rate UL+DL"
results_dict['short-description'] = "UL LL {ul} bps pdu {ul_pdu} + DL LL {dl} bps pud {dl_pdu}- {sta_count} STA".format(
ul=ul, ul_pdu=ul_pdu, dl=dl, dl_pdu=dl_pdu, sta_count=sta_count)
results_dict['numeric-score'] = "{}".format(
(total_ul_ll_bps + total_dl_ll_bps))
results_dict['Units'] = "bps"
self.kpi_csv.kpi_csv_write_dict(results_dict)
# Results csv
def record_results(
self,
sta_count,
ul,
dl,
ul_pdu,
dl_pdu,
atten,
total_dl_bps,
total_ul_bps,
total_dl_ll_bps,
total_ul_ll_bps):
tags = dict()
tags['requested-ul-bps'] = ul
tags['requested-dl-bps'] = dl
tags['ul-pdu-size'] = ul_pdu
tags['dl-pdu-size'] = dl_pdu
tags['station-count'] = sta_count
tags['attenuation'] = atten
tags["script"] = 'test_l3'
# Add user specified tags
for k in self.user_tags:
tags[k[0]] = k[1]
if self.csv_results_file:
row = [self.epoch_time, self.time_stamp(), sta_count,
ul, ul, dl, dl, dl_pdu, dl_pdu, ul_pdu, ul_pdu,
atten,
total_dl_bps, total_ul_bps, (total_ul_bps + total_dl_bps),
total_dl_ll_bps, total_ul_ll_bps, (
total_ul_ll_bps + total_dl_ll_bps)
]
# Add values for any user specified tags
for k in self.user_tags:
row.append(k[1])
self.csv_results_writer.writerow(row)
self.csv_results_file.flush()
# quiesce the cx : quiesce a test at the end, which means stop transmitter
# but leave received going to drain packets from the network and get better drop% calculations.
# Stopping a test would record packets in flight at the moment it is stopped as dropped.
def quiesce_cx(self):
self.cx_profile.quiesce_cx()
# Stop traffic and admin down stations.
def stop(self):
self.cx_profile.stop_cx()
self.multicast_profile.stop_mc()
for station_list in self.station_lists:
for station_name in station_list:
self.admin_down(station_name)
# Remove traffic connections and stations.
def cleanup(self):
self.cx_profile.cleanup()
self.multicast_profile.cleanup()
for station_profile in self.station_profiles:
station_profile.cleanup()
@staticmethod
def csv_generate_column_headers():
csv_rx_headers = ['Time epoch', 'Time', 'Monitor', 'UL-Min-Requested', 'UL-Max-Requested', 'DL-Min-Requested',
'DL-Max-Requested', 'UL-Min-PDU', 'UL-Max-PDU', 'DL-Min-PDU', 'DL-Max-PDU',
"average_rx_data_bytes"]
return csv_rx_headers
def csv_generate_dl_port_column_headers(self):
csv_rx_headers = [
'Time epoch',
'Time',
'Total-Station-Count',
'UL-Min-Requested',
'UL-Max-Requested',
'DL-Min-Requested',
'DL-Max-Requested',
'UL-Min-PDU',
'UL-Max-PDU',
'DL-Min-PDU',
'DL-Max-PDU',
'Attenuation',
'Name',
'Rx-Bps',
'Tx-Bps',
'Rx-Link-Rate',
'Tx-Link-Rate',
'RSSI',
'AP',
'Mode',
'Rx-Latency',
'Rx-Jitter',
'Ul-Rx-Goodput-bps',
'Ul-Rx-Rate-ll',
'Ul-Rx-Pkts-ll',
'UL-Rx-Drop-Percent',
'Dl-Rx-Goodput-bps',
'Dl-Rx-Rate-ll',
'Dl-Rx-Pkts-ll',
'Dl-Rx-Drop_Percent']
# Add in columns we are going to query from the AP
# for col in self.ap_stats_col_titles:
# csv_rx_headers.append(col)
return csv_rx_headers
def csv_generate_ul_port_column_headers(self):
csv_ul_rx_headers = [
'Time epoch',
'Time',
'Total-Station-Count',
'UL-Min-Requested',
'UL-Max-Requested',
'DL-Min-Requested',
'DL-Max-Requested',
'UL-Min-PDU',
'UL-Max-PDU',
'DL-Min-PDU',
'DL-Max-PDU',
'Attenuation',
'Name',
'Rx-Bps',
'Tx-Bps',
'Rx-Link-Rate',
'Tx-Link-Rate',
'RSSI',
'AP',
'Mode',
'Rx-Latency',
'Rx-Jitter',
'Ul-Rx-Goodput-bps',
'Ul-Rx-Rate-ll',
'Ul-Rx-Pkts-ll',
'UL-Rx-Drop-Percent',
'Dl-Rx-Goodput-bps',
'Dl-Rx-Rate-ll',
'Dl-Rx-Pkts-ll',
'Dl-Rx-Drop_Percent']
# Add in columns we are going to query from the AP
# for col in self.ap_stats_ul_col_titles:
# csv_ul_rx_headers.append(col)
return csv_ul_rx_headers
def csv_generate_results_column_headers(self):
csv_rx_headers = [
'Time epoch',
'Time',
'Station-Count',
'UL-Min-Requested',
'UL-Max-Requested',
'DL-Min-Requested',
'DL-Max-Requested',
'UL-Min-PDU',
'UL-Max-PDU',
'DL-Min-PDU',
'DL-Max-PDU',
'Attenuation',
'Total-Download-Bps',
'Total-Upload-Bps',
'Total-UL/DL-Bps',
'Total-Download-LL-Bps',
'Total-Upload-LL-Bps',
'Total-UL/DL-LL-Bps']
for k in self.user_tags:
csv_rx_headers.append(k[0])
return csv_rx_headers
# Write initial headers to csv file.
def csv_add_column_headers(self):
if self.csv_results_file is not None:
self.csv_results_writer.writerow(
self.csv_generate_results_column_headers())
self.csv_results_file.flush()
# Write initial headers to port csv file.
def csv_add_port_column_headers(self, eid_name, headers):
# if self.csv_file is not None:
fname = self.outfile[:-4] # Strip '.csv' from file name
fname = fname + "-dl-" + eid_name + ".csv"
pfile = open(fname, "w")
port_csv_writer = csv.writer(pfile, delimiter=",")
self.port_csv_files[eid_name] = pfile
self.port_csv_writers[eid_name] = port_csv_writer
port_csv_writer.writerow(headers)
pfile.flush()
def csv_add_ul_port_column_headers(self, eid_name, headers):
# if self.csv_file is not None:
fname = self.outfile[:-4] # Strip '.csv' from file name
fname = fname + "-ul-" + eid_name + ".csv"
pfile = open(fname, "w")
ul_port_csv_writer = csv.writer(pfile, delimiter=",")
self.ul_port_csv_files[eid_name] = pfile
self.ul_port_csv_writers[eid_name] = ul_port_csv_writer
ul_port_csv_writer.writerow(headers)
pfile.flush()
@staticmethod
def csv_validate_list(csv_list, length):
if len(csv_list) < length:
csv_list = csv_list + [('no data', 'no data')] * \
(length - len(csv_list))
return csv_list
@staticmethod
def csv_add_row(row, writer, csv_file):
if csv_file is not None:
writer.writerow(row)
csv_file.flush()
# End of the main class.
# Check some input values.
def valid_endp_types(_endp_type):
etypes = _endp_type.split(',')
for endp_type in etypes:
valid_endp_type = [
'lf',
'lf_udp',
'lf_udp6',
'lf_tcp',
'lf_tcp6',
'mc_udp',
'mc_udp6']
if not (str(endp_type) in valid_endp_type):
logger.debug(
'invalid endp_type: %s. Valid types lf, lf_udp, lf_udp6, lf_tcp, lf_tcp6, mc_udp, mc_udp6' %
endp_type)
exit(1)
return _endp_type
# Starting point for running this from cmd line.
# note: when adding command line delimiters : +,=@
# https://stackoverflow.com/questions/37304799/cross-platform-safe-to-use-command-line-string-separator
def main():
lfjson_host = "localhost"
lfjson_port = 8080
endp_types = "lf_udp"
parser = argparse.ArgumentParser(
prog='test_l3.py',
# formatter_class=argparse.RawDescriptionHelpFormatter,
formatter_class=argparse.RawTextHelpFormatter,
epilog='''\
Useful Information:
1. Polling interval for checking traffic is fixed at 1 minute
2. The test will generate csv file
3. The tx/rx rates are fixed at 256000 bits per second
4. Maximum stations per radio based on radio
''',
description='''\
test_l3.py:
--------------------
Summary :
----------
The Layer 3 Traffic Generation Test is designed to test the performance of the
Access Point by running layer 3 Cross-Connect Traffic. Layer-3 Cross-Connects represent a stream
of data flowing through the system under test. A Cross-Connect (CX) is composed of two Endpoints,
each of which is associated with a particular Port (physical or virtual interface).
The test will create stations, create cx traffic between upstream port and stations, run traffic.
Verify the traffic is being transmitted and received
Generic command layout:
-----------------------
./test_l3.py --mgr <ip_address> --test_duration <duration> --endp_type <traffic types> --upstream_port <port>
--radio "radio==<radio> stations==<number stations> ssid==<ssid> ssid_pw==<ssid password>
security==<security type: wpa2, open, wpa3>" --debug
Multiple radios may be entered with individual --radio switches
# UDP bi-directional test, no use of controller.
/test_l3.py --mgr localhost --endp_type 'lf_udp lf_tcp' --upstream_port 1.1.eth1 \
--radio "radio==1.1.wiphy0 stations==10 ssid==ASUS_70 ssid_pw==[BLANK] security==open" \
--radio "radio==1.1.wiphy2 stations==1 ssid==ASUS_70 ssid_pw==[BLANK] security==open" \
--test_duration 30s
# Port resets, chooses random value between min and max
test_l3.py --lfmgr LF_MGR_IP --test_duration 90s --polling_interval 10s --upstream_port eth2 \
--radio 'radio==wiphy1,stations==4,ssid==SSID_USED,ssid_pw==SSID_PW_USED,security==SECURITY_USED, \
reset_port_enable==TRUE,reset_port_time_min==10s,reset_port_time_max==20s'
--endp_type lf_udp --rates_are_totals --side_a_min_bps=20000 --side_b_min_bps=300000000"
<duration>: number followed by one of the following
d - days
h - hours
m - minutes
s - seconds
<traffic type>:
lf_udp : IPv4 UDP traffic
lf_tcp : IPv4 TCP traffic
lf_udp6 : IPv6 UDP traffic
lf_tcp6 : IPv6 TCP traffic
mc_udp : IPv4 multi cast UDP traffic
mc_udp6 : IPv6 multi cast UDP traffic
<tos>:
BK, BE, VI, VO: Optional wifi related Tos Settings. Or, use your preferred numeric values. Cross connects type of service
Data 0 (Best Effort, BE): Medium priority queue, medium throughput and
delay. Most traditional IP data is sent to this queue.
Data 1 (Background, BK): Lowest priority queue, high throughput. Bulk
data that requires maximum throughput and is not time-sensitive is sent
to this queue (FTP data, for example):
Data 2 (Video, VI): High priority queue, minimum delay. Time-sensitive
data such as Video and other streaming media are automatically sent
to this queue.
Data 3 (Voice, VO): Highest priority queue, minimum delay.
Time-sensitive data such as Voice over IP (VoIP) is automatically sent to this Queue
#################################
#Command switches
#################################
--mgr <hostname for where LANforge GUI is running>',default='localhost'
-d / --test_duration <how long to run> example --time 5d (5 days) default: 3m options: number followed by d, h, m or s',default='3m'
--tos: Support different ToS settings: BK | BE | VI | VO | numeric',default="BE"
--debug: Enable debugging',default=False
-t / --endp_type <types of traffic> example --endp_type \"lf_udp lf_tcp mc_udp\" Default: lf_udp , options: lf_udp, lf_udp6, lf_tcp, lf_tcp6, mc_udp, mc_udp6',
default='lf_udp', type=valid_endp_types
-u / --upstream_port <cross connect upstream_port> example: --upstream_port eth1',default='eth1')
-o / --outfile <Output file for csv data>", default='longevity_results'
#########################################
# Examples
# #######################################
Example #1 running traffic with two radios
1. Test duration 4 minutes
2. Traffic IPv4 TCP
3. Upstream-port eth1
4. Radio #0 wiphy0 has 32 stations, ssid = candelaTech-wpa2-x2048-4-1, ssid password = candelaTech-wpa2-x2048-4-1
5. Radio #1 wiphy1 has 64 stations, ssid = candelaTech-wpa2-x2048-5-3, ssid password = candelaTech-wpa2-x2048-5-3
6. Create connections with TOS of BK and VI
Command: (remove carriage returns)
python3 ./test_l3.py --test_duration 4m --endp_type \"lf_tcp lf_udp mc_udp\" --tos \"BK VI\" --upstream_port eth1
--radio "radio==wiphy0 stations==32 ssid==candelaTech-wpa2-x2048-4-1 ssid_pw==candelaTech-wpa2-x2048-4-1 security==wpa2"
--radio "radio==wiphy1 stations==64 ssid==candelaTech-wpa2-x2048-5-3 ssid_pw==candelaTech-wpa2-x2048-5-3 security==wpa2"
Setting wifi_settings per radio
./test_l3.py --lfmgr 192.168.100.116 --local_lf_report_dir /home/lanforge/html-reports/ --test_duration 15s
--polling_interval 5s --upstream_port eth2
--radio "radio==wiphy1 stations==4 ssid==asus11ax-5 ssid_pw==hello123 security==wpa2 mode==0 wifi_settings==wifi_settings
enable_flags==('ht160_enable'|'wpa2_enable'|'80211u_enable'|'create_admin_down'|'ht160_enable') "
--endp_type lf_udp --rates_are_totals --side_a_min_bps=20000 --side_b_min_bps=300000000 --test_rig CT-US-001 --test_tag 'test_l3'
wifi_mode
Input : Enum Val : Shown by nc_show_ports
AUTO | 0 # 802.11g
802.11a | 1 # 802.11a
b | 2 # 802.11b
g | 3 # 802.11g
abg | 4 # 802.11abg
abgn | 5 # 802.11abgn
bgn | 6 # 802.11bgn
bg | 7 # 802.11bg
abgnAC | 8 # 802.11abgn-AC
anAC | 9 # 802.11an-AC
an | 10 # 802.11an
bgnAC | 11 # 802.11bgn-AC
abgnAX | 12 # 802.11abgn-AX
# a/b/g/n/AC/AX (dual-band AX) support
bgnAX | 13 # 802.11bgn-AX
anAX | 14 # 802.11an-AX
aAX | 15 # 802.11a-AX (6E disables /n and /ac)
wifi_settings flags are currently defined as:
wpa_enable | 0x10 # Enable WPA
custom_conf | 0x20 # Use Custom wpa_supplicant config file.
wep_enable | 0x200 # Use wpa_supplicant configured for WEP encryption.
wpa2_enable | 0x400 # Use wpa_supplicant configured for WPA2 encryption.
ht40_disable | 0x800 # Disable HT-40 even if hardware and AP support it.
scan_ssid | 0x1000 # Enable SCAN-SSID flag in wpa_supplicant.
passive_scan | 0x2000 # Use passive scanning (don't send probe requests).
disable_sgi | 0x4000 # Disable SGI (Short Guard Interval).
lf_sta_migrate | 0x8000 # OK-To-Migrate (Allow station migration between LANforge radios)
verbose | 0x10000 # Verbose-Debug: Increase debug info in wpa-supplicant and hostapd logs.
80211u_enable | 0x20000 # Enable 802.11u (Interworking) feature.
80211u_auto | 0x40000 # Enable 802.11u (Interworking) Auto-internetworking feature. Always enabled currently.
80211u_gw | 0x80000 # AP Provides access to internet (802.11u Interworking)
80211u_additional | 0x100000 # AP requires additional step for access (802.11u Interworking)
80211u_e911 | 0x200000 # AP claims emergency services reachable (802.11u Interworking)
80211u_e911_unauth | 0x400000 # AP provides Unauthenticated emergency services (802.11u Interworking)
hs20_enable | 0x800000 # Enable Hotspot 2.0 (HS20) feature. Requires WPA-2.
disable_gdaf | 0x1000000 # AP: Disable DGAF (used by HotSpot 2.0).
8021x_radius | 0x2000000 # Use 802.1x (RADIUS for AP).
80211r_pmska_cache | 0x4000000 # Enable oportunistic PMSKA caching for WPA2 (Related to 802.11r).
disable_ht80 | 0x8000000 # Disable HT80 (for AC chipset NICs only)
ibss_mode | 0x20000000 # Station should be in IBSS mode.
osen_enable | 0x40000000 # Enable OSEN protocol (OSU Server-only Authentication)
disable_roam | 0x80000000 # Disable automatic station roaming based on scan results.
ht160_enable | 0x100000000 # Enable HT160 mode.
disable_fast_reauth | 0x200000000 # Disable fast_reauth option for virtual stations.
mesh_mode | 0x400000000 # Station should be in MESH mode.
power_save_enable | 0x800000000 # Station should enable power-save. May not work in all drivers/configurations.
create_admin_down | 0x1000000000 # Station should be created admin-down.
wds-mode | 0x2000000000 # WDS station (sort of like a lame mesh), not supported on ath10k
no-supp-op-class-ie | 0x4000000000 # Do not include supported-oper-class-IE in assoc requests. May work around AP bugs.
txo-enable | 0x8000000000 # Enable/disable tx-offloads, typically managed by set_wifi_txo command
use-wpa3 | 0x10000000000 # Enable WPA-3 (SAE Personal) mode.
use-bss-transition | 0x80000000000 # Enable BSS transition.
disable-twt | 0x100000000000 # Disable TWT mode
===============================================================================
** FURTHER INFORMATION **
Using the layer3_cols flag:
Currently the output function does not support inputting the columns in layer3_cols the way they are displayed in the GUI. This quirk is under construction. To output
certain columns in the GUI in your final report, please match the according GUI column display to it's counterpart to have the columns correctly displayed in
your report.
GUI Column Display Layer3_cols argument to type in (to print in report)
Name | 'name'
EID | 'eid'
Run | 'run'
Mng | 'mng'
Script | 'script'
Tx Rate | 'tx rate'
Tx Rate (1 min) | 'tx rate (1&nbsp;min)'
Tx Rate (last) | 'tx rate (last)'
Tx Rate LL | 'tx rate ll'
Rx Rate | 'rx rate'
Rx Rate (1 min) | 'rx rate (1&nbsp;min)'
Rx Rate (last) | 'rx rate (last)'
Rx Rate LL | 'rx rate ll'
Rx Drop % | 'rx drop %'
Tx PDUs | 'tx pdus'
Tx Pkts LL | 'tx pkts ll'
PDU/s TX | 'pdu/s tx'
Pps TX LL | 'pps tx ll'
Rx PDUs | 'rx pdus'
Rx Pkts LL | 'pps rx ll'
PDU/s RX | 'pdu/s tx'
Pps RX LL | 'pps rx ll'
Delay | 'delay'
Dropped | 'dropped'
Jitter | 'jitter'
Tx Bytes | 'tx bytes'
Rx Bytes | 'rx bytes'
Replays | 'replays'
TCP Rtx | 'tcp rtx'
Dup Pkts | 'dup pkts'
Rx Dup % | 'rx dup %'
OOO Pkts | 'ooo pkts'
Rx OOO % | 'rx ooo %'
RX Wrong Dev | 'rx wrong dev'
CRC Fail | 'crc fail'
RX BER | 'rx ber'
CX Active | 'cx active'
CX Estab/s | 'cx estab/s'
1st RX | '1st rx'
CX TO | 'cx to'
Pattern | 'pattern'
Min PDU | 'min pdu'
Max PDU | 'max pdu'
Min Rate | 'min rate'
Max Rate | 'max rate'
Send Buf | 'send buf'
Rcv Buf | 'rcv buf'
CWND | 'cwnd'
TCP MSS | 'tcp mss'
Bursty | 'bursty'
A/B | 'a/b'
Elapsed | 'elapsed'
Destination Addr | 'destination addr'
Source Addr | 'source addr'
Using the port_mgr_cols flag:
'4way time (us)'
'activity'
'alias'
'anqp time (us)'
'ap'
'beacon'
'bps rx'
'bps rx ll'
'bps tx'
'bps tx ll'
'bytes rx ll'
'bytes tx ll'
'channel'
'collisions'
'connections'
'crypt'
'cx ago'
'cx time (us)'
'device'
'dhcp (ms)'
'down'
'entity id'
'gateway ip'
'ip'
'ipv6 address'
'ipv6 gateway'
'key/phrase'
'login-fail'
'login-ok'
'logout-fail'
'logout-ok'
'mac'
'mask'
'misc'
'mode'
'mtu'
'no cx (us)'
'noise'
'parent dev'
'phantom'
'port'
'port type'
'pps rx'
'pps tx'
'qlen'
'reset'
'retry failed'
'rx bytes'
'rx crc'
'rx drop'
'rx errors'
'rx fifo'
'rx frame'
'rx length'
'rx miss'
'rx over'
'rx pkts'
'rx-rate'
'sec'
'signal'
'ssid'
'status'
'time-stamp'
'tx abort'
'tx bytes'
'tx crr'
'tx errors'
'tx fifo'
'tx hb'
'tx pkts'
'tx wind'
'tx-failed %'
'tx-rate'
'wifi retries'
Can't decide what columns to use? You can just use 'all' to select all available columns from both tables.
''')
parser.add_argument(
'--local_lf_report_dir',
help='--local_lf_report_dir override the report path, primary use when running test in test suite',
default="")
parser.add_argument(
"--test_rig",
default="",
help="test rig for kpi.csv, testbed that the tests are run on")
parser.add_argument(
"--test_tag",
default="",
help="test tag for kpi.csv, test specific information to differenciate the test")
parser.add_argument(
"--dut_hw_version",
default="",
help="dut hw version for kpi.csv, hardware version of the device under test")
parser.add_argument(
"--dut_sw_version",
default="",
help="dut sw version for kpi.csv, software version of the device under test")
parser.add_argument(
"--dut_model_num",
default="",
help="dut model for kpi.csv, model number / name of the device under test")
parser.add_argument(
"--dut_serial_num",
default="",
help="dut serial for kpi.csv, serial number / serial number of the device under test")
parser.add_argument(
"--test_priority",
default="",
help="dut model for kpi.csv, test-priority is arbitrary number")
parser.add_argument(
"--test_id",
default="l3 Longevity",
help="test-id for kpi.csv, script or test name")
'''
Other values that are included in the kpi.csv row.
short-description : short description of the test
pass/fail : set blank for performance tests
numeric-score : this is the value for the y-axis (x-axis is a timestamp), numeric value of what was measured
test details : what was measured in the numeric-score, e.g. bits per second, bytes per second, upload speed, minimum cx time (ms)
Units : units used for the numeric-scort
Graph-Group - For the lf_qa.py dashboard
'''
parser.add_argument(
'-o',
'--csv_outfile',
help="--csv_outfile <Output file for csv data>",
default="")
parser.add_argument(
'--tty',
help='--tty \"/dev/ttyUSB2\" the serial interface to the AP',
default="")
parser.add_argument(
'--baud',
help='--baud \"9600\" AP baud rate for the serial interface',
default="9600")
parser.add_argument(
'--mgr',
'--lfmgr',
dest='lfmgr',
help='--lfmgr <hostname for where LANforge GUI is running>',
default='localhost')
parser.add_argument(
'--mgr_port',
'--lfmgr_port',
dest='lfmgr_port',
help='--lfmgr_port <port LANforge GUI HTTP service is running on>',
default=8080)
parser.add_argument(
'--test_duration',
help='--test_duration <how long to run> example --time 5d (5 days) default: 3m options: number followed by d, h, m or s',
default='3m')
parser.add_argument(
'--tos',
help='--tos: Support different ToS settings: BK,BE,VI,VO,numeric',
default="BE")
parser.add_argument(
'--debug',
help='--debug this will enable debugging in py-json method',
action='store_true')
parser.add_argument('--log_level',
default=None,
help='Set logging level: debug | info | warning | error | critical')
parser.add_argument(
'-t',
'--endp_type',
help=(
'--endp_type <types of traffic> example --endp_type \"lf_udp lf_tcp mc_udp\" '
' Default: lf_udp , options: lf_udp, lf_udp6, lf_tcp, lf_tcp6, mc_udp, mc_udp6'),
default='lf_udp',
type=valid_endp_types)
parser.add_argument(
'-u',
'--upstream_port',
help='--upstream_port <cross connect upstream_port> example: --upstream_port eth1',
default='eth1')
parser.add_argument(
'--downstream_port',
help='--downstream_port <cross connect downstream_port> example: --downstream_port eth2', default=None)
parser.add_argument(
'--polling_interval',
help="--polling_interval <seconds>",
default='60s')
parser.add_argument(
'-r', '--radio',
action='append',
nargs=1,
help=(' --radio'
' "radio==<number_of_wiphy stations==<number of stations>'
' ssid==<ssid> ssid_pw==<ssid password> security==<security> '
' wifi_settings==True wifi_mode==<wifi_mode>'
' enable_flags==<enable_flags> '
' reset_port_enable==True reset_port_time_min==<min>s'
' reset_port_time_max==<max>s" ')
)
parser.add_argument(
'-amr',
'--side_a_min_bps',
help='--side_a_min_bps, requested downstream min tx rate, comma separated list for multiple iterations. Default 256k',
default="256000")
parser.add_argument(
'-amp',
'--side_a_min_pdu',
help='--side_a_min_pdu, downstream pdu size, comma separated list for multiple iterations. Default MTU',
default="MTU")
parser.add_argument(
'-bmr',
'--side_b_min_bps',
help='--side_b_min_bps, requested upstream min tx rate, comma separated list for multiple iterations. Default 256000',
default="256000")
parser.add_argument(
'-bmp',
'--side_b_min_pdu',
help='--side_b_min_pdu, upstream pdu size, comma separated list for multiple iterations. Default MTU',
default="MTU")
parser.add_argument(
"--rates_are_totals",
default=False,
help="Treat configured rates as totals instead of using the un-modified rate for every connection.",
action='store_true')
parser.add_argument(
"--multiconn",
default=1,
help="Configure multi-conn setting for endpoints. Default is 1 (auto-helper is enabled by default as well).")
parser.add_argument(
'--attenuators',
help='--attenuators, comma separated list of attenuator module eids: shelf.resource.atten-serno.atten-idx',
default="")
parser.add_argument(
'--atten_vals',
help='--atten_vals, comma separated list of attenuator settings in ddb units (1/10 of db)',
default="")
parser.add_argument(
"--wait",
help="--wait <time> , time to wait at the end of the test",
default='0')
parser.add_argument('--sta_start_offset', help='Station start offset for building stations',
default='0')
parser.add_argument('--no_pre_cleanup', help='Do not pre cleanup stations on start',
action='store_true')
parser.add_argument('--no_cleanup', help='Do not cleanup before exit',
action='store_true')
parser.add_argument('--no_stop_traffic', help='leave traffic running',
action='store_true')
parser.add_argument('--quiesce_cx', help='--quiesce store true, allow the cx to drain then stop so as to not have rx drop pkts',
action='store_true')
# logging configuration
parser.add_argument(
"--lf_logger_config_json",
help="--lf_logger_config_json <json file> , json configuration of logger")
args = parser.parse_args()
# initialize pass / fail
test_passed = False
# set up logger
logger_config = lf_logger_config.lf_logger_config()
# set the logger level to debug
if args.log_level:
logger_config.set_level(level=args.log_level)
# lf_logger_config_json will take presidence to changing debug levels
if args.lf_logger_config_json:
# logger_config.lf_logger_config_json = "lf_logger_config.json"
logger_config.lf_logger_config_json = args.lf_logger_config_json
logger_config.load_lf_logger_config()
debug = args.debug
# Gather data for test reporting
# for kpi.csv generation
logger.info("read in command line paramaters")
local_lf_report_dir = args.local_lf_report_dir
test_rig = args.test_rig
test_tag = args.test_tag
dut_hw_version = args.dut_hw_version
dut_sw_version = args.dut_sw_version
dut_model_num = args.dut_model_num
dut_serial_num = args.dut_serial_num
# test_priority = args.test_priority # this may need to be set per test
test_id = args.test_id
if args.test_duration:
test_duration = args.test_duration
if args.polling_interval:
polling_interval = args.polling_interval
if args.endp_type:
endp_types = args.endp_type
if args.lfmgr:
lfjson_host = args.lfmgr
if args.lfmgr:
lfjson_port = args.lfmgr_port
if args.upstream_port:
side_b = args.upstream_port
if args.downstream_port:
side_a = args.downstream_port
else:
side_a = None
if args.radio:
radios = args.radio
else:
radios = None
# Create report, when running with the test framework (lf_check.py)
# results need to be in the same directory
logger.info("configure reporting")
if local_lf_report_dir != "":
report = lf_report.lf_report(
_path=local_lf_report_dir,
_results_dir_name="test_l3",
_output_html="test_l3.html",
_output_pdf="test_l3.pdf")
else:
report = lf_report.lf_report(
_results_dir_name="test_l3",
_output_html="test_l3.html",
_output_pdf="test_l3.pdf")
kpi_path = report.get_report_path()
logger.info("Report and kpi_path :{kpi_path}".format(kpi_path=kpi_path))
kpi_csv = lf_kpi_csv.lf_kpi_csv(
_kpi_path=kpi_path,
_kpi_test_rig=test_rig,
_kpi_test_tag=test_tag,
_kpi_dut_hw_version=dut_hw_version,
_kpi_dut_sw_version=dut_sw_version,
_kpi_dut_model_num=dut_model_num,
_kpi_dut_serial_num=dut_serial_num,
_kpi_test_id=test_id)
if args.csv_outfile is not None:
current_time = time.strftime("%Y-%m-%d-%H-%M-%S", time.localtime())
csv_outfile = "{}_{}-test_l3.csv".format(
args.csv_outfile, current_time)
csv_outfile = report.file_add_path(csv_outfile)
logger.info("csv output file : {}".format(csv_outfile))
MAX_NUMBER_OF_STATIONS = 1000
# Lists to help with station creation
radio_name_list = []
number_of_stations_per_radio_list = []
ssid_list = []
ssid_password_list = []
ssid_security_list = []
station_lists = []
# wifi settings configuration
wifi_mode_list = []
wifi_enable_flags_list = []
# optional radio configuration
reset_port_enable_list = []
reset_port_time_min_list = []
reset_port_time_max_list = []
#
logger.info("parse radio arguments used for station configuration")
if radios is not None:
logger.info("radios {}".format(radios))
for radio_ in radios:
radio_keys = ['radio', 'stations', 'ssid', 'ssid_pw', 'security']
logger.info("radio_dict before format {}".format(radio_))
radio_info_dict = dict(
map(
lambda x: x.split('=='),
str(radio_).replace(
'"',
'').replace(
'[',
'').replace(
']',
'').replace(
"'",
"").replace(
",",
" ").split()))
# radio_info_dict = dict(map(lambda x: x.split('=='), str(radio_).replace('"', '').split()))
logger.debug("radio_dict {}".format(radio_info_dict))
for key in radio_keys:
if key not in radio_info_dict:
logger.critical(
"missing config, for the {}, all of the following need to be present {} ".format(
key, radio_keys))
exit(1)
radio_name_list.append(radio_info_dict['radio'])
number_of_stations_per_radio_list.append(
radio_info_dict['stations'])
ssid_list.append(radio_info_dict['ssid'])
ssid_password_list.append(radio_info_dict['ssid_pw'])
ssid_security_list.append(radio_info_dict['security'])
# check for wifi_settings
wifi_settings_keys = ['wifi_settings']
wifi_settings_found = True
for key in wifi_settings_keys:
if key not in radio_info_dict:
logger.info("wifi_settings_keys not enabled")
wifi_settings_found = False
break
if wifi_settings_found:
# Check for additional flags
if {'wifi_mode', 'enable_flags'}.issubset(
radio_info_dict.keys()):
logger.info("wifi_settings flags set")
else:
logger.info(
"wifi_settings is present wifi_mode, enable_flags need to be set")
logger.info(
"or remove the wifi_settings or set wifi_settings==False flag on the radio for defaults")
exit(1)
wifi_mode_list.append(radio_info_dict['wifi_mode'])
enable_flags_str = radio_info_dict['enable_flags'].replace(
'(', '').replace(')', '').replace('|', ',').replace('&&', ',')
enable_flags_list = list(enable_flags_str.split(","))
wifi_enable_flags_list.append(enable_flags_list)
else:
wifi_mode_list.append(0)
wifi_enable_flags_list.append(
["wpa2_enable", "80211u_enable", "create_admin_down"])
# check for optional radio key , currently only reset is enabled
# update for checking for reset_port_time_min, reset_port_time_max
optional_radio_reset_keys = ['reset_port_enable']
radio_reset_found = True
for key in optional_radio_reset_keys:
if key not in radio_info_dict:
# logger.debug("port reset test not enabled")
radio_reset_found = False
break
if radio_reset_found:
reset_port_enable_list.append(
radio_info_dict['reset_port_enable'])
reset_port_time_min_list.append(
radio_info_dict['reset_port_time_min'])
reset_port_time_max_list.append(
radio_info_dict['reset_port_time_max'])
else:
reset_port_enable_list.append(False)
reset_port_time_min_list.append('0s')
reset_port_time_max_list.append('0s')
index = 0
for (radio_name_, number_of_stations_per_radio_) in zip(
radio_name_list, number_of_stations_per_radio_list):
number_of_stations = int(number_of_stations_per_radio_)
if number_of_stations > MAX_NUMBER_OF_STATIONS:
logger.critical("number of stations per radio exceeded max of : {}".format(
MAX_NUMBER_OF_STATIONS))
quit(1)
station_list = LFUtils.portNameSeries(
prefix_="sta",
start_id_=0 + index * 1000 + int(args.sta_start_offset),
end_id_=number_of_stations - 1 + index * 1000 + int(args.sta_start_offset),
padding_number_=10000,
radio=radio_name_)
station_lists.append(station_list)
index += 1
# logger.info("endp-types: %s"%(endp_types))
ul_rates = args.side_a_min_bps.split(",")
dl_rates = args.side_b_min_bps.split(",")
ul_pdus = args.side_a_min_pdu.split(",")
dl_pdus = args.side_b_min_pdu.split(",")
if args.attenuators == "":
attenuators = []
else:
attenuators = args.attenuators.split(",")
if args.atten_vals == "":
atten_vals = [-1]
else:
atten_vals = args.atten_vals.split(",")
if len(ul_rates) != len(dl_rates):
logger.error(
"ERROR: ul_rates %s and dl_rates %s arrays must be same length\n" %
(len(ul_rates), len(dl_rates)))
if len(ul_pdus) != len(dl_pdus):
logger.error(
"ERROR: ul_pdus %s and dl_pdus %s arrays must be same length\n" %
(len(ul_rates), len(dl_rates)))
logger.info("configure and create test object")
ip_var_test = L3VariableTime(
endp_types=endp_types,
args=args,
tos=args.tos,
side_b=side_b,
side_a=side_a,
radio_name_list=radio_name_list,
number_of_stations_per_radio_list=number_of_stations_per_radio_list,
ssid_list=ssid_list,
ssid_password_list=ssid_password_list,
ssid_security_list=ssid_security_list,
wifi_mode_list=wifi_mode_list,
enable_flags_list=wifi_enable_flags_list,
station_lists=station_lists,
name_prefix="LT-",
outfile=csv_outfile,
reset_port_enable_list=reset_port_enable_list,
reset_port_time_min_list=reset_port_time_min_list,
reset_port_time_max_list=reset_port_time_max_list,
side_a_min_rate=ul_rates,
side_b_min_rate=dl_rates,
side_a_min_pdu=ul_pdus,
side_b_min_pdu=dl_pdus,
rates_are_totals=args.rates_are_totals,
mconn=args.multiconn,
attenuators=attenuators,
atten_vals=atten_vals,
number_template="00",
test_duration=test_duration,
polling_interval=polling_interval,
lfclient_host=lfjson_host,
lfclient_port=lfjson_port,
debug=debug,
kpi_csv=kpi_csv)
if args.no_pre_cleanup:
logger.info("No station pre clean up any existing cxs on LANforge")
else:
logger.info("clean up any existing cxs on LANforge")
ip_var_test.pre_cleanup()
logger.info("create stations, build the test")
ip_var_test.build()
if not ip_var_test.passes():
logger.critical("build step failed.")
logger.critical(ip_var_test.get_fail_message())
exit(1)
logger.info("Start the test and run for a duration")
ip_var_test.start(False)
# Admin down the stations
if args.no_stop_traffic:
logger.info("--no_stop_traffic set leave traffic running")
else:
if args.quiesce_cx:
ip_var_test.quiesce_cx()
time.sleep(3)
# Quisce cx
else:
ip_var_test.stop()
if not ip_var_test.passes():
logger.warning("Test Ended: There were Failures")
logger.warning(ip_var_test.get_fail_message())
logger.info(
"Pausing {} seconds for manual inspection before clean up.".format(
args.wait))
time.sleep(int(args.wait))
if args.no_cleanup:
logger.info("--no_cleanup set stations will be left intack")
else:
ip_var_test.cleanup()
if ip_var_test.passes():
test_passed = True
logger.info("Full test passed, all connections increased rx bytes")
# Results
csv_results_file = ip_var_test.get_results_csv()
report.set_title("Test Layer 3 Cross-Connect Traffic: test_l3.py ")
report.build_banner_left()
report.start_content_div2()
report.set_obj_html("Objective", "The Layer 3 Traffic Generation Test is designed to test the performance of the "
"Access Point by running layer 3 Cross-Connect Traffic. Layer-3 Cross-Connects represent a stream "
"of data flowing through the system under test. A Cross-Connect (CX) is composed of two Endpoints, "
"each of which is associated with a particular Port (physical or virtual interface).")
report.build_objective()
test_setup_info = {
"DUT Name": args.dut_model_num,
"DUT Hardware Version": args.dut_hw_version,
"DUT Software Version": args.dut_sw_version,
"DUT Serial Number": args.dut_serial_num,
}
report.set_table_title("Device Under Test Information")
report.build_table_title()
report.test_setup_table(value="Device Under Test", test_setup_data=test_setup_info)
test_input_info = {
"LANforge ip": args.lfmgr,
"LANforge port": args.lfmgr_port,
"Upstream": args.upstream_port,
"Test Duration": args.test_duration,
"Polling Interval": args.polling_interval,
}
report.set_table_title("Test Configuration")
report.build_table_title()
report.test_setup_table(value="Test Configuration", test_setup_data=test_input_info)
report.set_table_title("Radio Configuration")
report.build_table_title()
wifi_mode_dict = {
0: 'AUTO', # 802.11g
1: '802.11a', # 802.11a
2: '802.11b', # 802.11b
3: '802.11g', # 802.11g
4: '802.11abg', # 802.11abg
5: '802.11abgn', # 802.11abgn
6: '802.11bgn', # 802.11bgn
7: '802.11bg', # 802.11bg
8: '802.11abgnAC', # 802.11abgn-AC
9: '802.11anAC', # 802.11an-AC
10: '802.11an', # 802.11an
11: '802.11bgnAC', # 802.11bgn-AC
12: '802.11abgnAX', # 802.11abgn-AX
# a/b/g/n/AC/AX (dual-band AX) support
13: '802.11bgnAX', # 802.11bgn-AX
14: '802.11anAX', # 802.11an-AX
15: '802.11aAX' # 802.11a-AX (6E disables /n and /ac)
}
for (
radio_,
ssid_,
ssid_password_,
ssid_security_,
mode_,
wifi_enable_flags_list_,
reset_port_enable_,
reset_port_time_min_,
reset_port_time_max_) in zip(
radio_name_list,
ssid_list,
ssid_password_list,
ssid_security_list,
wifi_mode_list,
wifi_enable_flags_list,
reset_port_enable_list,
reset_port_time_min_list,
reset_port_time_max_list):
mode_value = wifi_mode_dict[int(mode_)]
radio_info = {
"SSID": ssid_,
"Security": ssid_security_,
"Wifi mode set": mode_value,
'Wifi Enable Flags': wifi_enable_flags_list_
}
report.test_setup_table(value=radio_, test_setup_data=radio_info)
report.set_table_title("Total Layer 3 Cross-Connect Traffic across all Stations")
report.build_table_title()
report.set_table_dataframe_from_csv(csv_results_file)
report.build_table()
report.write_html_with_timestamp()
report.write_index_html()
# report.write_pdf(_page_size = 'A3', _orientation='Landscape')
# report.write_pdf_with_timestamp(_page_size='A4', _orientation='Portrait')
if platform.system() == 'Linux':
report.write_pdf_with_timestamp(_page_size='A4', _orientation='Landscape')
if test_passed:
ip_var_test.exit_success()
else:
ip_var_test.exit_fail()
if __name__ == "__main__":
main()
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