def test_exp():
mm = MeasMatrix()
mm.add('192.168.0.1', r'192.168.0.2')
mm.add('192.168.0.2', r'NONE')
setup_measurement(mm, '')
start_qos_measurement(mm)
time.sleep(30)
stop_qos_measurement(mm)
def single(use):
host_out_dir = makeout('~/data/hidden/{}'.format(use))
if use == 'react':
run_react(host_out_dir, use)
else:
stop_react()
stop_react2()
udp_cm = ConnMatrix()
cm.add('192.168.0.1', r'192.168.0.2')
cm.add('192.168.0.2', r'NONE')
cm.add('192.168.0.3', r'192.168.0.2')
rtp_cm = ConnMatrix()
cm.add('192.168.0.1', r'192.168.0.2')
cm.add('192.168.0.2', r'NONE')
mm = MeasMatrix()
mm.add('192.168.0.1', r'192.168.0.2')
mm.add('192.168.0.2', r'NONE')
setup_measurement(mm, host_out_dir)
print('Starting iperf servers')
iperf_start_servers()
print('Starting opus receivers')
opus_start_receivers_new(host_out_dir, rtp_cm)
print('Waiting for servers to start up')
time.sleep(10)
print('Starting iperf streams')
iperf_start_clients(host_out_dir, udp_cm, tcp=False)
print('Waiting for iperf streams to start')
time.sleep(5)
print('Starting opus streamers')
opus_start_streamers_new(host_out_dir, rtp_cm)
print('Giving stream a while to start')
time.sleep(10)
print('Starting Qosium')
start_qos_measurement(mm)
print('Waiting -- Running experiment')
time.sleep(120)
stop_qos_measurement(mm)
def get_MM():
mm = MeasMatrix()
mm.add('192.168.0.1', r'192.168.0.2')
mm.add('192.168.0.2', r'NONE')
return mm
def multi(use, stream):
host_out_dir = multi_makeout(use, stream)
print('OUT DIR: {}'.format(host_out_dir))
if use == 'new':
status = json.loads(fab.run(
'{}/reservation/reserver.py get_status {}'.format(
project_path, get_my_ip())))
capacity = float(status['capacity'])/100.0
allocation = float(status['allocation'])/100.0
# if get_my_ip() == '192.168.0.1':
# allocation = 5.0/100.0
# elif get_my_ip() == '192.168.0.2':
# allocation = 35.0/100.0
# elif get_my_ip() == '192.168.0.3':
# allocation = 35.0/100.0
# else:
# allocation = 5.0/100.0
run_react(host_out_dir, use, capacity=capacity, prealloc=allocation)
else:
stop_react()
stop_react2()
cm = ConnMatrix()
cm.add('192.168.0.1', last)
cm.add(last, r'NONE')
# congestion_cm = ConnMatrix()
# congestion_cm.add('192.168.0.1', last)
# congestion_cm.add(last, r'NONE')
mm = MeasMatrix()
mm.add('192.168.0.1', last)
mm.add(last, r'NONE')
setup_measurement(mm, host_out_dir)
if stream == 'opus':
print('Starting iperf servers')
iperf_start_servers()
print('Starting opus receivers')
opus_start_receivers_new(host_out_dir, cm)
print('Waiting for receivers to start up')
time.sleep(10)
# Below is the congestion streams, commented out to see RTP performance
# print('Starting iperf streams')
# iperf_start_clients(host_out_dir, congestion_cm, tcp=False)
# print('Waiting for iperf streams to start')
# time.sleep(5)
print('Starting opus streamers')
opus_start_streamers_new(host_out_dir, cm)
elif stream == 'iperf':
print('Starting iperf servers')
iperf_start_servers()
print('Waiting for server startup')
time.sleep(10)
print('Starting iperf clients -- 1G')
iperf_start_clients(host_out_dir, cm, tcp=False)
elif stream == 'iperf_low':
print('Starting iperf servers')
iperf_start_servers()
print('Waiting for server startup')
time.sleep(10)
print('Starting iperf clients -- 1M')
iperf_start_clients(host_out_dir, cm, tcp=False, rate='1M')
print('Giving streams a while to start')
time.sleep(10)
print('Starting Qosium')
start_qos_measurement(mm)
print('Waiting -- running experiment')
time.sleep(120)
stop_qos_measurement(mm)