traffic_type: RFC2544Profile # defines traffic behavior - constant or look for highest possible throughput
frame_rate: 100 # pc of linerate
duration: {{ duration }}
+ enable_latency: False
uplink_0:
ipv4:
traffic_type: RFC2544Profile # defines traffic behavior - constant or look for highest possible throughput
frame_rate: 100 # pc of linerate
duration: {{ duration }}
+ enable_latency: False
uplink_0:
ipv4:
traffic_type: RFC2544Profile # defines traffic behavior - constant or look for highest possible throughput
frame_rate: 100 # pc of linerate
duration: {{ duration }}
+ enable_latency: False
uplink_0:
ipv4:
traffic_type: RFC2544Profile # defines traffic behavior - constant or look for highest possible throughput
frame_rate: 100 # pc of linerate
duration: {{ duration }}
+ enable_latency: False
uplink_0:
ipv4:
traffic_type : RFC2544Profile # defines traffic behavior - constant or look for highest possible throughput
frame_rate : 100 # pc of linerate
duration: {{ duration }}
+ enable_latency: False
uplink_0:
ipv4:
traffic_type : IXIARFC2544Profile # defines traffic behavior - constant or look for highest possible throughput
frame_rate : 100 # pc of linerate
duration: {{ duration }}
+ enable_latency: True
uplink_0:
ipv4:
traffic_type : IXIARFC2544Profile # defines traffic behavior - constant or look for highest possible throughput
frame_rate : 100 # pc of linerate
duration: {{ duration }}
+ enable_latency: True
uplink_0:
ipv4:
traffic_type : IXIARFC2544Profile # defines traffic behavior - constant or look for highest possible throughput
frame_rate : 100 # pc of linerate
injection_time: {{ injection_time }}
+ enable_latency: True
uplink_0:
ipv4:
self.lower_bound = tprofile.get('lower_bound')
self.upper_bound = tprofile.get('upper_bound')
self.step_interval = tprofile.get('step_interval')
+ self.enable_latency = tprofile.get('enable_latency', False)
def _parse_rate(self, rate):
"""Parse traffic profile rate
ports.append(port_num)
port_pg_id.add_port(port_num)
profile = self._create_profile(profile_data,
- self.rate, port_pg_id)
+ self.rate, port_pg_id,
+ self.config.enable_latency)
self.generator.client.add_streams(profile, ports=[port_num])
self.generator.client.start(ports=ports,
force=True)
return ports, port_pg_id
- def _create_profile(self, profile_data, rate, port_pg_id):
+ def _create_profile(self, profile_data, rate, port_pg_id, enable_latency):
"""Create a STL profile (list of streams) for a port"""
streams = []
for packet_name in profile_data:
get('outer_l2', {}).get('framesize'))
imix_data = self._create_imix_data(imix)
self._create_vm(profile_data[packet_name])
- _streams = self._create_streams(imix_data, rate, port_pg_id)
+ _streams = self._create_streams(imix_data, rate, port_pg_id,
+ enable_latency)
streams.extend(_streams)
return trex_stl_streams.STLProfile(streams)
return trex_stl_packet_builder_scapy.STLPktBuilder(
pkt=base_pkt / pad, vm=self.trex_vm)
- def _create_streams(self, imix_data, rate, port_pg_id):
+ def _create_streams(self, imix_data, rate, port_pg_id, enable_latency):
"""Create a list of streams per packet size
The STL TX mode speed of the generated streams will depend on the frame
in imix_data.items() if float(weight) > 0):
packet = self._create_single_packet(size)
pg_id = port_pg_id.increase_pg_id()
- stl_flow = trex_stl_streams.STLFlowLatencyStats(pg_id=pg_id)
+ stl_flow = (trex_stl_streams.STLFlowLatencyStats(pg_id=pg_id) if
+ enable_latency else None)
mode = trex_stl_streams.STLTXCont(percentage=weight * rate / 100)
streams.append(trex_stl_client.STLStream(
packet=packet, flow_stats=stl_flow, mode=mode))
mock_create_profile:
rfc2544_profile.execute_traffic(traffic_generator=mock_generator)
mock_create_profile.assert_has_calls([
- mock.call('profile1', rfc2544_profile.rate, mock.ANY),
- mock.call('profile1', rfc2544_profile.rate, mock.ANY),
- mock.call('profile2', rfc2544_profile.rate, mock.ANY),
- mock.call('profile2', rfc2544_profile.rate, mock.ANY)])
+ mock.call('profile1', rfc2544_profile.rate, mock.ANY, False),
+ mock.call('profile1', rfc2544_profile.rate, mock.ANY, False),
+ mock.call('profile2', rfc2544_profile.rate, mock.ANY, False),
+ mock.call('profile2', rfc2544_profile.rate, mock.ANY, False)])
mock_generator.client.add_streams.assert_has_calls([
mock.call(mock.ANY, ports=[10]),
mock.call(mock.ANY, ports=[20]),
mock_create_streams:
mock_create_imix.return_value = 'imix_data'
mock_create_streams.return_value = ['stream1']
- rfc2544_profile._create_profile(profile_data, rate, port_pg_id)
+ rfc2544_profile._create_profile(profile_data, rate, port_pg_id,
+ True)
mock_create_imix.assert_called_once_with('imix_info')
mock_create_vm.assert_called_once_with(
{'outer_l2': {'framesize': 'imix_info'}})
mock_create_streams.assert_called_once_with('imix_data', 100,
- port_pg_id)
+ port_pg_id, True)
mock_stl_profile.assert_called_once_with(['stream1'])
def test__create_imix_data(self):
rfc2544_profile = rfc2544.RFC2544Profile(self.TRAFFIC_PROFILE)
with mock.patch.object(rfc2544_profile, '_create_single_packet'):
output = rfc2544_profile._create_streams(imix_data, rate,
- port_pg_id)
+ port_pg_id, True)
self.assertEqual(['stream1', 'stream2'], output)
mock_latency.assert_has_calls([
mock.call(pg_id=1), mock.call(pg_id=2)])