log.debug("Trying to connect to VM which was just launched on %s, attempt: %d" % (client.ip(), attempts))
log.debug("Connected to VM on %s" % client.ip())
-def report_result(flow_number,size,speed,pps_req_tx,pps_tx,pps_sut_tx,pps_rx,lat_avg,lat_max,tx,rx,tot_drop,elapsed_time,speed_prefix='',lat_avg_prefix='',lat_max_prefix='',abs_drop_rate_prefix='',drop_rate_prefix=''):
+def report_result(flow_number,size,speed,pps_req_tx,pps_tx,pps_sut_tx,pps_rx,lat_avg,lat_perc,lat_max,tx,rx,tot_drop,elapsed_time,speed_prefix='',lat_avg_prefix='',lat_perc_prefix='',lat_max_prefix='',abs_drop_rate_prefix='',drop_rate_prefix=''):
if pps_req_tx == None:
pps_req_tx_str = '{0: >14}'.format(' NA |')
else:
tot_drop_str = ' | NA | '
else:
tot_drop_str = ' | {:>9.0f} | '.format(tot_drop)
+ if lat_perc == None:
+ lat_perc_str = ' |{:^10.10}|'.format('NA')
+ elif lat_perc == 128:
+ lat_perc_str = ' |{:^10.10}|'.format('VERY HIGH')
+ else:
+ lat_perc_str = ' | {}{:>5.0f} us{} |'.format(lat_perc_prefix,float(lat_perc), bcolors.ENDC)
if elapsed_time == None:
elapsed_time_str = ' NA |'
else:
elapsed_time_str = '{:>3.0f} |'.format(elapsed_time)
- return('|{:>7}'.format(flow_number)+' |' + '{:>5.1f}'.format(speed) + '% '+speed_prefix +'{:>6.3f}'.format(get_pps(speed,size)) + ' Mpps|'+ pps_req_tx_str + pps_tx_str + bcolors.ENDC + pps_sut_tx_str + pps_rx_str +lat_avg_prefix+ '| {:>5.0f}'.format(lat_avg)+' us |'+lat_max_prefix+'{:>5.0f}'.format(lat_max)+' us | ' + '{:>9.0f}'.format(tx) + ' | {:>9.0f}'.format(rx) + ' | '+ abs_drop_rate_prefix+ '{:>9.0f}'.format(tx-rx) + tot_drop_str +drop_rate_prefix+ '{:>5.2f}'.format(float(tx-rx)/tx) +bcolors.ENDC+' |' + elapsed_time_str)
+ return('|{:>7}'.format(flow_number)+' |' + '{:>5.1f}'.format(speed) + '% '+speed_prefix +'{:>6.3f}'.format(get_pps(speed,size)) + ' Mpps|'+ pps_req_tx_str + pps_tx_str + bcolors.ENDC + pps_sut_tx_str + pps_rx_str +lat_avg_prefix+ '| {:>5.0f}'.format(lat_avg)+' us'+lat_perc_str+lat_max_prefix+'{:>6.0f}'.format(lat_max)+' us | ' + '{:>9.0f}'.format(tx) + ' | {:>9.0f}'.format(rx) + ' | '+ abs_drop_rate_prefix+ '{:>9.0f}'.format(tx-rx) + tot_drop_str +drop_rate_prefix+ '{:>5.2f}'.format(float(tx-rx)/tx) +bcolors.ENDC+' |' + elapsed_time_str)
def run_iteration(gensock, sutsock, requested_duration,flow_number,size,speed):
r = 0;
sleep_time = 2
- time.sleep(sleep_time)
- # Sleep_time is needed to be able to do accurate measurements to check for packet loss. We need to make this time large enough so that we do not take the first measurement while some packets from the previous tests migth still be in flight
while (r < TST009_MAXr):
+ time.sleep(sleep_time)
+ # Sleep_time is needed to be able to do accurate measurements to check for packet loss. We need to make this time large enough so that we do not take the first measurement while some packets from the previous tests migth still be in flight
t1_rx, t1_non_dp_rx, t1_tx, t1_non_dp_tx, t1_drop, t1_tx_fail, t1_tsc, abs_tsc_hz = gensock.core_stats(genstatcores,gentasks)
t1_dp_rx = t1_rx - t1_non_dp_rx
t1_dp_tx = t1_tx - t1_non_dp_tx
##t2_sut_rx = t2_sut_rx - t2_sut_non_dp_rx
##t2_sut_tx = t2_sut_tx - t2_sut_non_dp_tx
t2_rx, t2_non_dp_rx, t2_tx, t2_non_dp_tx, t2_drop, t2_tx_fail, t2_tsc, tsc_hz = gensock.core_stats(genstatcores,gentasks)
- # Ask PROX to calibrate the bucket size once we have a PROX function to do this.
- # Measure latency statistics per second
- lat_min, lat_max, lat_avg, used_avg, t2_lat_tsc, lat_hz = gensock.lat_stats(latcores)
tx = t2_tx - t1_tx
dp_tx = tx - (t2_non_dp_tx - t1_non_dp_tx )
dp_rx = t2_rx - t1_rx - (t2_non_dp_rx - t1_non_dp_rx)
if dp_tx == 0:
log.critical("Only non-dataplane packets (e.g. ARP) sent. Test interrupted since no packet has been sent.")
raise Exception("Only non-dataplane packets (e.g. ARP) sent")
+ # Ask PROX to calibrate the bucket size once we have a PROX function to do this.
+ # Measure latency statistics per second
+ lat_min, lat_max, lat_avg, used_avg, t2_lat_tsc, lat_hz, buckets = gensock.lat_stats(latcores)
+ lat_samples = sum(buckets)
+ sample_count = 0
+ for sample_percentile, bucket in enumerate(buckets,start=1):
+ sample_count += bucket
+ if sample_count > (lat_samples * LAT_PERCENTILE):
+ break
if test == 'fixed_rate':
- log.info(report_result(flow_number,size,speed,None,None,None,None,lat_avg,lat_max, dp_tx, dp_rx , None, None))
+ log.info(report_result(flow_number,size,speed,None,None,None,None,lat_avg,sample_percentile,lat_max, dp_tx, dp_rx , None, None))
tot_rx = tot_non_dp_rx = tot_tx = tot_non_dp_tx = tot_drop = 0
lat_avg = used_avg = 0
+ buckets_total = [0] * 128
+ tot_lat_samples = 0
tot_lat_measurement_duration = float(0)
tot_core_measurement_duration = float(0)
tot_sut_core_measurement_duration = float(0)
lat_avail = core_avail = sut_avail = False
while (tot_core_measurement_duration - float(requested_duration) <= 0.1) or (tot_sut_core_measurement_duration - float(requested_duration) <= 0.1) or (tot_lat_measurement_duration - float(requested_duration) <= 0.1):
time.sleep(0.5)
- lat_min_sample, lat_max_sample, lat_avg_sample, used_sample, t3_lat_tsc, lat_hz = gensock.lat_stats(latcores)
+ lat_min_sample, lat_max_sample, lat_avg_sample, used_sample, t3_lat_tsc, lat_hz, buckets = gensock.lat_stats(latcores)
single_lat_measurement_duration = (t3_lat_tsc - t2_lat_tsc) * 1.0 / lat_hz # time difference between the 2 measurements, expressed in seconds.
# Get statistics after some execution time
if single_lat_measurement_duration != 0:
lat_max = lat_max_sample
lat_avg = lat_avg + lat_avg_sample * single_lat_measurement_duration # Sometimes, There is more than 1 second between 2 lat_stats. Hence we will take the latest measurement
used_avg = used_avg + used_sample * single_lat_measurement_duration # and give it more weigth.
+ lat_samples = sum(buckets)
+ tot_lat_samples += lat_samples
+ sample_count = 0
+ for sample_percentile, bucket in enumerate(buckets,start=1):
+ sample_count += bucket
+ if sample_count > lat_samples * LAT_PERCENTILE:
+ break
+ buckets_total = [buckets_total[i] + buckets[i] for i in range(len(buckets_total))]
t2_lat_tsc = t3_lat_tsc
lat_avail = True
t3_rx, t3_non_dp_rx, t3_tx, t3_non_dp_tx, t3_drop, t3_tx_fail, t3_tsc, tsc_hz = gensock.core_stats(genstatcores,gentasks)
else:
pps_sut_tx = None
pps_rx = delta_rx/stored_single_core_measurement_duration/1000000
- log.info(report_result(flow_number,size,speed,pps_req_tx,pps_tx,pps_sut_tx,pps_rx,lat_avg_sample,lat_max_sample,delta_dp_tx,delta_dp_rx,tot_dp_drop,stored_single_core_measurement_duration))
+ log.info(report_result(flow_number,size,speed,pps_req_tx,pps_tx,pps_sut_tx,pps_rx,lat_avg_sample,sample_percentile,lat_max_sample,delta_dp_tx,delta_dp_rx,tot_dp_drop,stored_single_core_measurement_duration))
#Stop generating
gensock.stop(gencores)
r += 1
if test == 'fixed_rate':
t4_lat_tsc = t2_lat_tsc
while t4_lat_tsc == t2_lat_tsc:
- lat_min_sample, lat_max_sample, lat_avg_sample, used_sample, t4_lat_tsc, lat_hz = gensock.lat_stats(latcores)
+ lat_min_sample, lat_max_sample, lat_avg_sample, used_sample, t4_lat_tsc, lat_hz, buckets = gensock.lat_stats(latcores)
+ sample_count = 0
+ lat_samples = sum(buckets)
+ for percentile, bucket in enumerate(buckets,start=1):
+ sample_count += bucket
+ if sample_count > lat_samples * LAT_PERCENTILE:
+ break
lat_max = lat_max_sample
lat_avg = lat_avg_sample
delta_rx = t4_rx - t2_rx
tot_core_measurement_duration = None
break ## Not really needed since the while loop will stop when evaluating the value of r
else:
+ sample_count = 0
+ for percentile, bucket in enumerate(buckets_total,start=1):
+ sample_count += bucket
+ if sample_count > tot_lat_samples * LAT_PERCENTILE:
+ break
pps_req_tx = (tot_tx + tot_drop - tot_rx)/tot_core_measurement_duration/1000000.0 # tot_drop is all packets dropped by all tasks. This includes packets dropped at the generator task + packets dropped by the nop task. In steady state, this equals to the number of packets received by this VM
pps_tx = tot_tx/tot_core_measurement_duration/1000000.0 # tot_tx is all generated packets actually accepted by the interface
pps_rx = tot_rx/tot_core_measurement_duration/1000000.0 # tot_rx is all packets received by the nop task = all packets received in the gen VM
drop_rate = 100.0*tot_dp_drop/dp_tx
if ((drop_rate < DROP_RATE_TRESHOLD) or (tot_dp_drop == DROP_RATE_TRESHOLD ==0) or (tot_dp_drop > TST009_MAXz)):
break
- return(pps_req_tx,pps_tx,pps_sut_tx,pps_rx,lat_avg,lat_max,dp_tx,dp_rx,tot_dp_drop,(t4_tx_fail - t1_tx_fail),drop_rate,lat_min,used_avg,r,tot_core_measurement_duration)
+ return(pps_req_tx,pps_tx,pps_sut_tx,pps_rx,lat_avg,percentile,lat_max,dp_tx,dp_rx,tot_dp_drop,(t4_tx_fail - t1_tx_fail),drop_rate,lat_min,used_avg,r,tot_core_measurement_duration)
def new_speed(speed,size,success):
if test == 'fixed_rate':
if success:
TST009_L = TST009_m + 1
else:
- TST009_R = TST009_m - 1
+ TST009_R = max(TST009_m - 1, TST009_L)
TST009_m = int ((TST009_L + TST009_R)/2)
return (get_percentageof10Gbs(TST009_S[TST009_m],size))
else:
gensock.set_value(gencores,0,16,(size-14),2) # 18 is the difference between the frame size and IP size = size of (MAC addresses, ethertype and FCS)
gensock.set_value(gencores,0,38,(size-34),2) # 38 is the difference between the frame size and UDP size = 18 + size of IP header (=20)
# This will only work when using sending UDP packets. For different protocls and ethernet types, we would need a different calculation
- log.info("+---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+")
- log.info("| UDP, "+ '{:>5}'.format(size+4) +" bytes, different number of flows by randomizing SRC & DST UDP port |")
- log.info("+--------+------------------+-------------+-------------+-------------+------------------------+----------+----------+-----------+-----------+-----------+-----------+-------+----+")
- log.info("| Flows | Speed requested | Gen by core | Sent by NIC | Fwrd by SUT | Rec. by core | Avg. Lat.| Max. Lat.| Sent | Received | Lost | Total Lost|L.Ratio|Time|")
- log.info("+--------+------------------+-------------+-------------+-------------+------------------------+----------+----------+-----------+-----------+-----------+-----------+-------+----+")
+ log.info("+--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+")
+ log.info("| UDP, "+ '{:>5}'.format(size+4) +" bytes, different number of flows by randomizing SRC & DST UDP port |")
+ log.info("+--------+------------------+-------------+-------------+-------------+------------------------+----------+----------+----------+-----------+-----------+-----------+-----------+-------+----+")
+ log.info("| Flows | Speed requested | Gen by core | Sent by NIC | Fwrd by SUT | Rec. by core | Avg. Lat.|" + '{:.0f} '.format(LAT_PERCENTILE*100) +"Pcentil| Max. Lat.| Sent | Received | Lost | Total Lost|L.Ratio|Time|")
+ log.info("+--------+------------------+-------------+-------------+-------------+------------------------+----------+----------+----------+-----------+-----------+-----------+-----------+-------+----+")
for flow_number in flow_size_list:
attempts = 0
gensock.reset_stats()
gensock.speed(speed / len(gencores) / len (gentasks), gencores, gentasks)
##time.sleep(1)
# Get statistics now that the generation is stable and initial ARP messages are dealt with
- pps_req_tx,pps_tx,pps_sut_tx,pps_rx,lat_avg,lat_max, abs_tx,abs_rx,abs_dropped, abs_tx_fail, drop_rate, lat_min, lat_used, r, actual_duration = run_iteration(gensock,sutsock,float(runtime),flow_number,size,speed)
+ pps_req_tx,pps_tx,pps_sut_tx,pps_rx,lat_avg,lat_perc ,lat_max, abs_tx,abs_rx,abs_dropped, abs_tx_fail, drop_rate, lat_min, lat_used, r, actual_duration = run_iteration(gensock,sutsock,float(runtime),flow_number,size,speed)
if r > 1:
retry_warning = bcolors.WARNING + ' {:1} retries needed'.format(r) + bcolors.ENDC
else:
retry_warning = ''
# Drop rate is expressed in percentage. lat_used is a ratio (0 to 1). The sum of these 2 should be 100%.
- # If the some is lower than 95, it means that more than 5% of the latency measurements where dropped for accuray reasons.
+ # If the some is lower than 95, it means that more than 5% of the latency measurements where dropped for accuracy reasons.
if (drop_rate + lat_used * 100) < 95:
lat_warning = bcolors.WARNING + ' Latency accuracy issue?: {:>3.0f}%'.format(lat_used*100) + bcolors.ENDC
else:
lat_warning = ''
- # The following if statement is testing if we pass the success criteria of a certain drop rate, average latenecy and maximum latency below the threshold
- # The drop rate success can be achieved in 2 ways: either the drop rate is below a treshold, either we want that no packet has been lost during the test
- # This can be specified by putting 0 in the .test file
if test == 'fixed_rate':
endspeed = speed
endpps_req_tx = None
endpps_sut_tx = None
endpps_rx = None
endlat_avg = lat_avg
+ endlat_perc = lat_perc
endlat_max = lat_max
endabs_dropped = abs_dropped
enddrop_rate = drop_rate
endabs_tx = abs_tx
endabs_rx = abs_rx
success = True
- speed_prefix = lat_avg_prefix = lat_max_prefix = abs_drop_rate_prefix = drop_rate_prefix = bcolors.ENDC
- elif ((drop_rate < DROP_RATE_TRESHOLD) or (abs_dropped==DROP_RATE_TRESHOLD ==0)) and (lat_avg< LAT_AVG_TRESHOLD) and (lat_max < LAT_MAX_TRESHOLD):
+ speed_prefix = lat_avg_prefix = lat_perc_prefix = lat_max_prefix = abs_drop_rate_prefix = drop_rate_prefix = bcolors.ENDC
+ # The following if statement is testing if we pass the success criteria of a certain drop rate, average latency and maximum latency below the threshold
+ # The drop rate success can be achieved in 2 ways: either the drop rate is below a treshold, either we want that no packet has been lost during the test
+ # This can be specified by putting 0 in the .test file
+ elif ((drop_rate < DROP_RATE_TRESHOLD) or (abs_dropped==DROP_RATE_TRESHOLD ==0)) and (lat_avg< LAT_AVG_TRESHOLD) and (lat_perc< LAT_PERC_TRESHOLD) and (lat_max < LAT_MAX_TRESHOLD):
lat_avg_prefix = bcolors.ENDC
+ lat_perc_prefix = bcolors.ENDC
lat_max_prefix = bcolors.ENDC
abs_drop_rate_prefix = bcolors.ENDC
drop_rate_prefix = bcolors.ENDC
endpps_sut_tx = pps_sut_tx
endpps_rx = pps_rx
endlat_avg = lat_avg
+ endlat_perc = lat_perc
endlat_max = lat_max
- ##endabs_dropped = abs_dropped
endabs_dropped = None
enddrop_rate = drop_rate
endabs_tx = abs_tx
endabs_rx = abs_rx
if lat_warning or gen_warning or retry_warning:
- endwarning = '| | {:167.167} |'.format(retry_warning + lat_warning + gen_warning)
+ endwarning = '| | {:177.177} |'.format(retry_warning + lat_warning + gen_warning)
success = True
success_message=' SUCCESS'
- log.debug(report_result(attempts,size,speed,pps_req_tx,pps_tx,pps_sut_tx,pps_rx,lat_avg,lat_max,abs_tx,abs_rx,abs_dropped,actual_duration,speed_prefix,lat_avg_prefix,lat_max_prefix,abs_drop_rate_prefix,drop_rate_prefix)+ success_message + retry_warning + lat_warning + gen_warning)
+ log.debug(report_result(-attempts,size,speed,pps_req_tx,pps_tx,pps_sut_tx,pps_rx,lat_avg,lat_perc,lat_max,abs_tx,abs_rx,abs_dropped,actual_duration,speed_prefix,lat_avg_prefix,lat_max_prefix,abs_drop_rate_prefix,drop_rate_prefix)+ success_message + retry_warning + lat_warning + gen_warning)
else:
success_message=' FAILED'
gen_warning = ''
lat_avg_prefix = bcolors.ENDC
else:
lat_avg_prefix = bcolors.FAIL
+ if (lat_perc< LAT_PERC_TRESHOLD):
+ lat_perc_prefix = bcolors.ENDC
+ else:
+ lat_perc_prefix = bcolors.FAIL
if (lat_max< LAT_MAX_TRESHOLD):
lat_max_prefix = bcolors.ENDC
else:
else:
speed_prefix = bcolors.FAIL
success = False
- log.debug(report_result(attempts,size,speed,pps_req_tx,pps_tx,pps_sut_tx,pps_rx,lat_avg,lat_max,abs_tx,abs_rx,abs_dropped,actual_duration,speed_prefix,lat_avg_prefix,lat_max_prefix,abs_drop_rate_prefix,drop_rate_prefix)+ success_message + retry_warning + lat_warning + gen_warning)
+ log.debug(report_result(-attempts,size,speed,pps_req_tx,pps_tx,pps_sut_tx,pps_rx,lat_avg,lat_perc,lat_max,abs_tx,abs_rx,abs_dropped,actual_duration,speed_prefix,lat_avg_prefix,lat_perc_prefix,lat_max_prefix,abs_drop_rate_prefix,drop_rate_prefix)+ success_message + retry_warning + lat_warning + gen_warning)
speed = new_speed(speed, size, success)
if resolution_achieved():
break
if endspeed != None:
- log.info(report_result(flow_number,size,endspeed,endpps_req_tx,endpps_tx,endpps_sut_tx,endpps_rx,endlat_avg,endlat_max,endabs_tx,endabs_rx,endabs_dropped,actual_duration,speed_prefix,lat_avg_prefix,lat_max_prefix,abs_drop_rate_prefix,drop_rate_prefix))
+ log.info(report_result(flow_number,size,endspeed,endpps_req_tx,endpps_tx,endpps_sut_tx,endpps_rx,endlat_avg,endlat_perc,endlat_max,endabs_tx,endabs_rx,endabs_dropped,actual_duration,speed_prefix,lat_avg_prefix,lat_perc_prefix,lat_max_prefix,abs_drop_rate_prefix,drop_rate_prefix))
if endwarning:
log.info (endwarning)
- log.info("+--------+------------------+-------------+-------------+-------------+------------------------+----------+----------+-----------+-----------+-----------+-----------+-------+----+")
+ log.info("+--------+------------------+-------------+-------------+-------------+------------------------+----------+----------+----------+-----------+-----------+-----------+-----------+-------+----+")
writer.writerow({'Flows':flow_number,'PacketSize':(size+4),'RequestedPPS':get_pps(endspeed,size),'GeneratedPPS':endpps_req_tx,'SentPPS':endpps_tx,'ForwardedPPS':endpps_sut_tx,'ReceivedPPS':endpps_rx,'AvgLatencyUSEC':endlat_avg,'MaxLatencyUSEC':endlat_max,'Sent':endabs_tx,'Received':endabs_rx,'Lost':endabs_dropped,'LostTotal':endabs_dropped})
if PushGateway:
URL = PushGateway + '/metrics/job/' + TestName + '/instance/' + env
sys.stdout.flush()
time.sleep(1)
# Get statistics now that the generation is stable and NO ARP messages any more
- pps_req_tx,pps_tx,pps_sut_tx_str,pps_rx,lat_avg,lat_max, abs_dropped, abs_tx_fail, abs_tx, lat_min, lat_used, r, actual_duration = run_iteration(gensock,sutsock,runtime)
+ pps_req_tx,pps_tx,pps_sut_tx_str,pps_rx,lat_avg, lat_perc, lat_max, abs_dropped, abs_tx_fail, abs_tx, lat_min, lat_used, r, actual_duration = run_iteration(gensock,sutsock,runtime)
drop_rate = 100.0*abs_dropped/abs_tx
if lat_used < 0.95:
lat_warning = bcolors.FAIL + ' Potential latency accuracy problem: {:>3.0f}%'.format(lat_used*100) + bcolors.ENDC
log.info('Measurements will be pushed to %s'%PushGateway)
else:
PushGateway = None
+if testconfig.has_option('DEFAULT', 'lat_percentile'):
+ LAT_PERCENTILE = float(testconfig.get('DEFAULT', 'lat_percentile')) /100.0
+else:
+ LAT_PERCENTILE = 0.99
+log.info('Latency percentile measured at {:.0f}%'.format(LAT_PERCENTILE*100))
config = ConfigParser.RawConfigParser()
config.read(env)
machine_map = ConfigParser.RawConfigParser()
def get_BinarySearchParams() :
global DROP_RATE_TRESHOLD
global LAT_AVG_TRESHOLD
+ global LAT_PERC_TRESHOLD
global LAT_MAX_TRESHOLD
global ACCURACY
global STARTSPEED
global TST009_MAXz
DROP_RATE_TRESHOLD = float(testconfig.get('BinarySearchParams', 'drop_rate_threshold'))
LAT_AVG_TRESHOLD = float(testconfig.get('BinarySearchParams', 'lat_avg_threshold'))
+ LAT_PERC_TRESHOLD = float(testconfig.get('BinarySearchParams', 'lat_perc_threshold'))
LAT_MAX_TRESHOLD = float(testconfig.get('BinarySearchParams', 'lat_max_threshold'))
ACCURACY = float(testconfig.get('BinarySearchParams', 'accuracy'))
STARTSPEED = float(testconfig.get('BinarySearchParams', 'startspeed'))
def get_FixedRateParams() :
global DROP_RATE_TRESHOLD
global LAT_AVG_TRESHOLD
+ global LAT_PERC_TRESHOLD
global LAT_MAX_TRESHOLD
global flow_size_list
global packet_size_list
global TST009_MAXz
DROP_RATE_TRESHOLD = inf
LAT_AVG_TRESHOLD = inf
+ LAT_PERC_TRESHOLD = inf
LAT_MAX_TRESHOLD = inf
TST009_MAXr = 1
TST009_MAXz = inf
def get_TST009SearchParams() :
global DROP_RATE_TRESHOLD
global LAT_AVG_TRESHOLD
+ global LAT_PERC_TRESHOLD
global LAT_MAX_TRESHOLD
global TST009
global TST009_MAXr
else:
DROP_RATE_TRESHOLD = 0
LAT_AVG_TRESHOLD = inf
+ LAT_PERC_TRESHOLD = inf
LAT_MAX_TRESHOLD = inf
TST009_MAXr = float(testconfig.get('TST009SearchParams', 'MAXr'))
TST009_MAXz = float(testconfig.get('TST009SearchParams', 'MAXz'))
Code Review / samplevnf.git / commitdiff