DOWNLINK = 'downlink'
DROP_PERCENT_ROUND = 6
RATE_ROUND = 5
+ STATUS_SUCCESS = "Success"
+ STATUS_FAIL = "Failure"
def __init__(self, yaml_data):
super(IXIARFC2544Profile, self).__init__(yaml_data)
'outer_l4': {},
}
+ frame_rate = value.get('frame_rate')
+ if frame_rate:
+ flow_rate, flow_rate_unit = self.config.parse_rate(frame_rate)
+ result[traffickey]['rate'] = flow_rate
+ result[traffickey]['rate_unit'] = flow_rate_unit
+
outer_l2 = value.get('outer_l2')
if outer_l2:
result[traffickey]['outer_l2'].update({
'dstmask': dstmask,
'type': key,
'proto': outer_l3.get('proto'),
+ 'priority': outer_l3.get('priority')
})
outer_l4 = value.get('outer_l4')
self._ixia_traffic_generate(traffic, ixia_obj)
return first_run
- def get_drop_percentage(self, samples, tol_min, tolerance,
+ def get_drop_percentage(self, samples, tol_min, tolerance, precision,
first_run=False):
completed = False
drop_percent = 100
else:
completed = True
+ LOG.debug("tolerance=%s, tolerance_precision=%s drop_percent=%s "
+ "completed=%s", tolerance, precision, drop_percent,
+ completed)
+
latency_ns_avg = float(
sum([samples[iface]['Store-Forward_Avg_latency_ns']
for iface in samples])) / num_ifaces
sum([samples[iface]['Store-Forward_Max_latency_ns']
for iface in samples])) / num_ifaces
+ samples['Status'] = self.STATUS_FAIL
+ if round(drop_percent, precision) <= tolerance:
+ samples['Status'] = self.STATUS_SUCCESS
+
samples['TxThroughput'] = tx_throughput
samples['RxThroughput'] = rx_throughput
samples['DropPercentage'] = drop_percent