clt.connect()
all_ports = clt.get_all_ports()
print("All ports: {}".format(",".join(map(str, all_ports))))
tx_port, rx_port = all_ports
print(f"TX port: {tx_port}, RX port: {rx_port}")
tx_port_attr = clt.get_port_attr(tx_port)
rx_port_attr = clt.get_port_attr(rx_port)
assert tx_port_attr["src_ipv4"] == "192.168.17.1"
assert rx_port_attr["src_ipv4"] == "192.168.18.1"
clt.reset(ports=all_ports)
clt.add_streams([st], ports=[tx_port])
print(f"Inject {TOTAL_PKTS} packets on port {all_ports[0]}")
ret = rx_interation(clt, tx_port, rx_port, TOTAL_PKTS,
pkt.get_pkt_len())
if not ret:
passed = False
except STLError as e:
passed = False
print(e)
finally:
clt.disconnect()
if passed:
print("Latency test is passed!")
else:
print("Latency test failed!")
flow_stats=STLFlowLatencyStats(pg_id=PG_ID),
mode=STLTXSingleBurst(total_pkts=TOTAL_PKTS, pps=PPS),
)
clt.connect()
all_ports = clt.get_all_ports()
print("All ports: {}".format(",".join(map(str, all_ports))))
tx_port, rx_port = all_ports
print(f"TX port: {tx_port}, RX port: {rx_port}")
tx_port_attr = clt.get_port_attr(tx_port)
rx_port_attr = clt.get_port_attr(rx_port)
clt.reset(ports=all_ports)
clt.add_streams([st], ports=[tx_port])
print(f"Inject {TOTAL_PKTS} packets on port {all_ports[0]}")
ret = rx_interation(clt, tx_port, rx_port, TOTAL_PKTS, pkt.get_pkt_len())
if not ret:
passed = False
except STLError as e:
passed = False
print(e)
finally:
clt.disconnect()
if passed:
print("Latency test is passed!")
else:
print("Latency test failed!")