def runtest():
# Check if the test is running in an environment where
# it can access the machine with the slice kit attached
args = xmostest.getargs()
if not args.remote_resourcer:
# Abort the test
print 'Remote resourcer not avaliable'
return
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), 'smoke'):
packets = 1000
elif xmostest.testlevel_is_at_least(xmostest.get_testlevel(), 'nightly'):
packets = 10000
else: # weekend
packets = 100000
tests = [ # device ip processes ports mii protocol
['EXPLORER', '192.168.1.198', 1, 1, 'ETH', 'UDP', 'UIP'],
['EXPLORER', '192.168.1.198', 1, 1, 'ETH', 'TCP', 'UIP'],
['EXPLORER', '192.168.1.198', 2, 2, 'ETH', 'UDP', 'UIP'],
['EXPLORER', '192.168.1.198', 2, 2, 'ETH', 'TCP', 'UIP'],
['MICARRAY', '192.168.1.197', 1, 1, 'RAW', 'UDP', 'UIP'],
['MICARRAY', '192.168.1.197', 1, 1, 'RAW', 'TCP', 'UIP'],
['MICARRAY', '192.168.1.197', 2, 2, 'RAW', 'UDP', 'UIP'],
['MICARRAY', '192.168.1.197', 2, 2, 'RAW', 'TCP', 'UIP'],
['MICARRAY', '192.168.1.197', 1, 1, 'ETH', 'UDP', 'UIP'],
['MICARRAY', '192.168.1.197', 1, 1, 'ETH', 'TCP', 'UIP'],
['MICARRAY', '192.168.1.197', 2, 2, 'ETH', 'UDP', 'UIP'],
['MICARRAY', '192.168.1.197', 2, 2, 'ETH', 'TCP', 'UIP'],
['SLICEKIT', '192.168.1.196', 1, 1, 'RAW', 'UDP', 'UIP'],
['SLICEKIT', '192.168.1.196', 1, 1, 'RAW', 'TCP', 'UIP'],
['SLICEKIT', '192.168.1.196', 2, 2, 'RAW', 'UDP', 'UIP'],
['SLICEKIT', '192.168.1.196', 2, 2, 'RAW', 'TCP', 'UIP'],
['SLICEKIT', '192.168.1.196', 1, 1, 'ETH', 'UDP', 'UIP'],
['SLICEKIT', '192.168.1.196', 1, 1, 'ETH', 'TCP', 'UIP'],
['SLICEKIT', '192.168.1.196', 2, 2, 'ETH', 'UDP', 'UIP'],
['SLICEKIT', '192.168.1.196', 2, 2, 'ETH', 'TCP', 'UIP'],
['EXPLORER', '192.168.1.198', 1, 1, 'ETH', 'UDP', 'LWIP'],
['EXPLORER', '192.168.1.198', 1, 1, 'ETH', 'TCP', 'LWIP'],
['EXPLORER', '192.168.1.198', 2, 2, 'ETH', 'UDP', 'LWIP'],
['EXPLORER', '192.168.1.198', 2, 2, 'ETH', 'TCP', 'LWIP'],
['MICARRAY', '192.168.1.197', 1, 1, 'RAW', 'UDP', 'LWIP'],
['MICARRAY', '192.168.1.197', 1, 1, 'RAW', 'TCP', 'LWIP'],
['MICARRAY', '192.168.1.197', 2, 2, 'RAW', 'UDP', 'LWIP'],
['MICARRAY', '192.168.1.197', 2, 2, 'RAW', 'TCP', 'LWIP'],
['MICARRAY', '192.168.1.197', 1, 1, 'ETH', 'UDP', 'LWIP'],
['MICARRAY', '192.168.1.197', 1, 1, 'ETH', 'TCP', 'LWIP'],
['MICARRAY', '192.168.1.197', 2, 2, 'ETH', 'UDP', 'LWIP'],
['MICARRAY', '192.168.1.197', 2, 2, 'ETH', 'TCP', 'LWIP'],
]
for conf in tests:
test(packets, 0.002, *conf)
def do_test(mac, rx_clk, rx_phy, tx_clk, tx_phy):
start_test(rx_phy)
resources = xmostest.request_resource("xsim")
testname = 'test_time_tx'
level = 'nightly'
binary = '{test}/bin/{mac}_{phy}/{test}_{mac}_{phy}.xe'.format(
test=testname, mac=mac, phy=rx_phy.get_name())
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Running {test}: {mac} {phy} phy at {clk}".format(
test=testname, mac=mac, phy=rx_phy.get_name(), clk=rx_clk.get_name())
expect_folder = create_if_needed("expect")
expect_filename = '{folder}/{test}_{mac}_{phy}_{clk}.expect'.format(
folder=expect_folder, test=testname, mac=mac, phy=rx_phy.get_name(), clk=rx_clk.get_name())
create_expect(expect_filename)
tester = xmostest.ComparisonTester(open(expect_filename),
'lib_ethernet', 'basic_tests', testname,
{'mac':mac, 'phy':rx_phy.get_name(), 'clk':rx_clk.get_name()},
regexp=True)
tester.set_min_testlevel('nightly')
simargs = get_sim_args(testname, mac, rx_clk, rx_phy)
xmostest.run_on_simulator(resources['xsim'], binary,
simthreads=[rx_clk, rx_phy, tx_clk, tx_phy],
tester=tester,
simargs=simargs)
def do_rx_test(mac, arch, rx_clk, rx_phy, tx_clk, tx_phy, packets, test_file, seed,
level='nightly', extra_tasks=[]):
testname,extension = os.path.splitext(os.path.basename(test_file))
resources = xmostest.request_resource("xsim")
binary = 'test_rx_backpressure/bin/{mac}_{phy}_{arch}/test_rx_backpressure_{mac}_{phy}_{arch}.xe'.format(
mac=mac, phy=tx_phy.get_name(), arch=arch)
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Running {test}: {mac} mac, {phy} phy, {arch} arch sending {n} packets at {clk} (seed {seed})".format(
test=testname, n=len(packets), mac=mac,
phy=tx_phy.get_name(), arch=arch, clk=tx_clk.get_name(), seed=seed)
tx_phy.set_packets(packets)
tester = OutputChecker('lib_ethernet', 'basic_tests', testname,
{'mac':mac, 'phy':tx_phy.get_name(), 'clk':tx_clk.get_name(), 'arch':arch})
tester.set_min_testlevel(level)
simargs = get_sim_args(testname, mac, tx_clk, tx_phy, arch)
xmostest.run_on_simulator(resources['xsim'], binary,
simthreads=[rx_clk, rx_phy, tx_clk, tx_phy] + extra_tasks,
tester=tester,
simargs=simargs)
def do_rx_test(mac,
arch,
rx_clk,
rx_phy,
tx_clk,
tx_phy,
packets,
test_file,
seed,
level='nightly',
extra_tasks=[]):
""" Shared test code for all RX tests using the test_rx application.
"""
testname, extension = os.path.splitext(os.path.basename(test_file))
resources = xmostest.request_resource("xsim")
binary = 'test_rx/bin/{mac}_{phy}_{arch}/test_rx_{mac}_{phy}_{arch}.xe'.format(
mac=mac, phy=tx_phy.get_name(), arch=arch)
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Running {test}: {mac} mac, {phy} phy, {arch} arch sending {n} packets at {clk} (seed {seed})".format(
test=testname,
n=len(packets),
mac=mac,
phy=tx_phy.get_name(),
arch=arch,
clk=tx_clk.get_name(),
seed=seed)
tx_phy.set_packets(packets)
rx_phy.set_expected_packets(packets)
expect_folder = create_if_needed("expect")
expect_filename = '{folder}/{test}_{mac}_{phy}_{clk}_{arch}.expect'.format(
folder=expect_folder,
test=testname,
mac=mac,
phy=tx_phy.get_name(),
clk=tx_clk.get_name(),
arch=arch)
create_expect(packets, expect_filename)
tester = xmostest.ComparisonTester(
open(expect_filename), 'lib_ethernet', 'basic_tests', testname, {
'mac': mac,
'phy': tx_phy.get_name(),
'clk': tx_clk.get_name(),
'arch': arch
})
tester.set_min_testlevel(level)
simargs = get_sim_args(testname, mac, tx_clk, tx_phy, arch)
xmostest.run_on_simulator(resources['xsim'],
binary,
simthreads=[rx_clk, rx_phy, tx_clk, tx_phy] +
extra_tasks,
tester=tester,
simargs=simargs)
def do_test(mac, rx_clk, rx_phy, tx_clk, tx_phy):
resources = xmostest.request_resource("xsim")
testname = 'test_shaper'
level = 'nightly'
binary = '{test}/bin/{phy}_{clk}/{test}_{phy}_{clk}.xe'.format(
test=testname, phy=rx_phy.get_name(), clk=rx_clk.get_name())
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Running {test}: {phy} phy at {clk}".format(
test=testname, phy=rx_phy.get_name(), clk=rx_clk.get_name())
# MAC request 1MB/s
slope = 5 * 1024 * 1024
bit_time = tx_phy.get_clock().get_bit_time()
data_bytes = 100
ifg_bytes = 96/8
preamble_bytes = 8
crc_bytes = 4
packet_bytes = ifg_bytes + preamble_bytes + data_bytes + crc_bytes
packets_per_second = slope / (packet_bytes * 8)
packet_period = 1000000000 / packets_per_second
print "Running with {n} byte packets, {b} bps requested, packet preiod {p} ns".format(
n=data_bytes, b=slope, p=packet_period)
num_expected_packets = 30
timeout_monitor = TimeoutMonitor(20000, packet_period, num_expected_packets, args.verbose)
rx_phy.timeout_monitor = timeout_monitor
rx_phy.n_hp_packets = 0
rx_phy.n_lp_packets = 0
expect_folder = create_if_needed("expect")
expect_filename = '{folder}/{test}_{phy}_{clk}.expect'.format(
folder=expect_folder, test=testname, phy=tx_phy.get_name(), clk=tx_clk.get_name())
create_expect(expect_filename, num_expected_packets)
tester = xmostest.ComparisonTester(open(expect_filename),
'lib_ethernet', 'basic_tests', testname,
{'phy':rx_phy.get_name(), 'clk':rx_clk.get_name()},
regexp=True)
tester.set_min_testlevel(level)
simargs = get_sim_args(testname, mac, rx_clk, rx_phy)
if rx_phy.get_name() == 'rgmii' and rx_clk.get_name() == '125Mhz':
xmostest.run_on_simulator(resources['xsim'], binary,
simthreads=[rx_clk, rx_phy, tx_clk, tx_phy, timeout_monitor],
tester=tester,
simargs=simargs,
timeout=1200)
else:
xmostest.run_on_simulator(resources['xsim'], binary,
simthreads=[rx_clk, rx_phy, tx_clk, tx_phy, timeout_monitor],
tester=tester,
simargs=simargs)
def do_test(mac, rx_clk, rx_phy, tx_clk, tx_phy):
start_test(rx_phy)
resources = xmostest.request_resource("xsim")
testname = 'test_time_tx'
level = 'nightly'
binary = '{test}/bin/{mac}_{phy}/{test}_{mac}_{phy}.xe'.format(
test=testname, mac=mac, phy=rx_phy.get_name())
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Running {test}: {mac} {phy} phy at {clk}".format(
test=testname,
mac=mac,
phy=rx_phy.get_name(),
clk=rx_clk.get_name())
expect_folder = create_if_needed("expect")
expect_filename = '{folder}/{test}_{mac}_{phy}_{clk}.expect'.format(
folder=expect_folder,
test=testname,
mac=mac,
phy=rx_phy.get_name(),
clk=rx_clk.get_name())
create_expect(expect_filename)
tester = xmostest.ComparisonTester(open(expect_filename),
'lib_ethernet',
'basic_tests',
testname, {
'mac': mac,
'phy': rx_phy.get_name(),
'clk': rx_clk.get_name()
},
regexp=True)
tester.set_min_testlevel('nightly')
simargs = get_sim_args(testname, mac, rx_clk, rx_phy)
xmostest.run_on_simulator(resources['xsim'],
binary,
simthreads=[rx_clk, rx_phy, tx_clk, tx_phy],
tester=tester,
simargs=simargs)
def do_rx_test(mac, arch, rx_clk, rx_phy, tx_clk, tx_phy, packets, test_file, seed,
level='nightly', extra_tasks=[]):
""" Shared test code for all RX tests using the test_rx application.
"""
testname,extension = os.path.splitext(os.path.basename(test_file))
resources = xmostest.request_resource("xsim")
binary = 'test_rx/bin/{mac}_{phy}_{arch}/test_rx_{mac}_{phy}_{arch}.xe'.format(
mac=mac, phy=tx_phy.get_name(), arch=arch)
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Running {test}: {mac} mac, {phy} phy, {arch} arch sending {n} packets at {clk} (seed {seed})".format(
test=testname, n=len(packets), mac=mac,
phy=tx_phy.get_name(), arch=arch, clk=tx_clk.get_name(), seed=seed)
tx_phy.set_packets(packets)
rx_phy.set_expected_packets(packets)
expect_folder = create_if_needed("expect")
expect_filename = '{folder}/{test}_{mac}_{phy}_{clk}_{arch}.expect'.format(
folder=expect_folder, test=testname, mac=mac, phy=tx_phy.get_name(), clk=tx_clk.get_name(), arch=arch)
create_expect(packets, expect_filename)
tester = xmostest.ComparisonTester(open(expect_filename),
'lib_ethernet', 'basic_tests', testname,
{'mac':mac, 'phy':tx_phy.get_name(), 'clk':tx_clk.get_name(), 'arch':arch})
tester.set_min_testlevel(level)
simargs = get_sim_args(testname, mac, tx_clk, tx_phy, arch)
xmostest.run_on_simulator(resources['xsim'], binary,
simthreads=[rx_clk, rx_phy, tx_clk, tx_phy] + extra_tasks,
tester=tester,
simargs=simargs)
def do_test(mac, rx_clk, rx_phy, tx_clk, tx_phy, seed):
start_test(rx_phy)
rand = random.Random()
rand.seed(seed)
# Generate an include file to define the seed
with open(os.path.join("include", "seed.h"), "w") as f:
f.write("#define SEED {}".format(seed))
resources = xmostest.request_resource("xsim")
testname = 'test_time_rx_tx'
level = 'nightly'
binary = '{test}/bin/{mac}_{phy}/{test}_{mac}_{phy}.xe'.format(
test=testname, mac=mac, phy=tx_phy.get_name())
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Running {test}: {phy} phy at {clk} (seed {seed})".format(
test=testname, phy=tx_phy.get_name(), clk=tx_clk.get_name(), seed=seed)
dut_mac_address = get_dut_mac_address()
ifg = tx_clk.get_min_ifg()
packets = []
done = False
num_data_bytes = 0
while not done:
do_small_packet = rand.randint(0, 100) > 30
if do_small_packet:
length = rand.randint(46, 100)
else:
length = rand.randint(46, 1500)
burst_len = 1
do_burst = rand.randint(0, 100) > 80
if do_burst:
burst_len = rand.randint(1, 16)
for i in range(burst_len):
packets.append(MiiPacket(rand,
dst_mac_addr=dut_mac_address, inter_frame_gap=ifg, num_data_bytes=length
))
# Add on the overhead of the packet header
num_data_bytes += length + 14
if len(packets) == num_test_packets:
done = True
break
tx_phy.set_packets(packets)
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Sending {n} packets with {b} bytes at the DUT".format(n=len(packets), b=num_data_bytes)
expect_folder = create_if_needed("expect")
expect_filename = '{folder}/{test}_{mac}.expect'.format(
folder=expect_folder, test=testname, mac=mac)
create_expect(packets, expect_filename)
tester = xmostest.ComparisonTester(open(expect_filename),
'lib_ethernet', 'basic_tests', testname,
{'mac':mac, 'phy':tx_phy.get_name(), 'clk':tx_clk.get_name()},
regexp=True)
tester.set_min_testlevel('nightly')
simargs = get_sim_args(testname, mac, tx_clk, tx_phy)
xmostest.run_on_simulator(resources['xsim'], binary,
simthreads=[rx_clk, rx_phy, tx_clk, tx_phy],
tester=tester,
simargs=simargs)
def do_test(mac, rx_clk, rx_phy, tx_clk, tx_phy):
resources = xmostest.request_resource("xsim")
testname = 'test_shaper'
level = 'nightly'
binary = '{test}/bin/{phy}_{clk}/{test}_{phy}_{clk}.xe'.format(
test=testname, phy=rx_phy.get_name(), clk=rx_clk.get_name())
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Running {test}: {phy} phy at {clk}".format(
test=testname, phy=rx_phy.get_name(), clk=rx_clk.get_name())
# MAC request 1MB/s
slope = 5 * 1024 * 1024
bit_time = tx_phy.get_clock().get_bit_time()
data_bytes = 100
ifg_bytes = 96 / 8
preamble_bytes = 8
crc_bytes = 4
packet_bytes = ifg_bytes + preamble_bytes + data_bytes + crc_bytes
packets_per_second = slope / (packet_bytes * 8)
packet_period = 1000000000 / packets_per_second
print "Running with {n} byte packets, {b} bps requested, packet preiod {p} ns".format(
n=data_bytes, b=slope, p=packet_period)
num_expected_packets = 30
timeout_monitor = TimeoutMonitor(20000, packet_period,
num_expected_packets, args.verbose)
rx_phy.timeout_monitor = timeout_monitor
rx_phy.n_hp_packets = 0
rx_phy.n_lp_packets = 0
expect_folder = create_if_needed("expect")
expect_filename = '{folder}/{test}_{phy}_{clk}.expect'.format(
folder=expect_folder,
test=testname,
phy=tx_phy.get_name(),
clk=tx_clk.get_name())
create_expect(expect_filename, num_expected_packets)
tester = xmostest.ComparisonTester(open(expect_filename),
'lib_ethernet',
'basic_tests',
testname, {
'phy': rx_phy.get_name(),
'clk': rx_clk.get_name()
},
regexp=True)
tester.set_min_testlevel(level)
simargs = get_sim_args(testname, mac, rx_clk, rx_phy)
if rx_phy.get_name() == 'rgmii' and rx_clk.get_name() == '125Mhz':
xmostest.run_on_simulator(
resources['xsim'],
binary,
simthreads=[rx_clk, rx_phy, tx_clk, tx_phy, timeout_monitor],
tester=tester,
simargs=simargs,
timeout=1200)
else:
xmostest.run_on_simulator(
resources['xsim'],
binary,
simthreads=[rx_clk, rx_phy, tx_clk, tx_phy, timeout_monitor],
tester=tester,
simargs=simargs)
def do_test(mac, rx_clk, rx_phy, tx_clk, tx_phy, seed):
start_test(rx_phy)
rand = random.Random()
rand.seed(seed)
# Generate an include file to define the seed
with open(os.path.join("include", "seed.inc"), "w") as f:
f.write("#define SEED {}".format(seed))
resources = xmostest.request_resource("xsim")
testname = 'test_time_rx_tx'
level = 'nightly'
binary = '{test}/bin/{mac}_{phy}/{test}_{mac}_{phy}.xe'.format(
test=testname, mac=mac, phy=tx_phy.get_name())
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Running {test}: {phy} phy at {clk} (seed {seed})".format(
test=testname, phy=tx_phy.get_name(), clk=tx_clk.get_name(), seed=seed)
dut_mac_address = get_dut_mac_address()
ifg = tx_clk.get_min_ifg()
packets = []
done = False
num_data_bytes = 0
while not done:
do_small_packet = rand.randint(0, 100) > 30
if do_small_packet:
length = rand.randint(46, 100)
else:
length = rand.randint(46, 1500)
burst_len = 1
do_burst = rand.randint(0, 100) > 80
if do_burst:
burst_len = rand.randint(1, 16)
for i in range(burst_len):
packets.append(MiiPacket(rand,
dst_mac_addr=dut_mac_address, inter_frame_gap=ifg, num_data_bytes=length
))
# Add on the overhead of the packet header
num_data_bytes += length + 14
if len(packets) == num_test_packets:
done = True
break
tx_phy.set_packets(packets)
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Sending {n} packets with {b} bytes at the DUT".format(n=len(packets), b=num_data_bytes)
expect_folder = create_if_needed("expect")
expect_filename = '{folder}/{test}_{mac}.expect'.format(
folder=expect_folder, test=testname, mac=mac)
create_expect(packets, expect_filename)
tester = xmostest.ComparisonTester(open(expect_filename),
'lib_ethernet', 'basic_tests', testname,
{'mac':mac, 'phy':tx_phy.get_name(), 'clk':tx_clk.get_name()},
regexp=True)
tester.set_min_testlevel('nightly')
simargs = get_sim_args(testname, mac, tx_clk, tx_phy)
xmostest.run_on_simulator(resources['xsim'], binary,
simthreads=[rx_clk, rx_phy, tx_clk, tx_phy],
tester=tester,
simargs=simargs)
def do_test(mac,
tx_clk,
tx_phy,
seed,
num_windows=10,
num_avb_streams=12,
num_avb_data_bytes=400,
weight_none=50,
weight_lp=50,
weight_other=50,
data_len_min=46,
data_len_max=500,
weight_tagged=50,
weight_untagged=50):
rand = random.Random()
rand.seed(seed)
bit_time = tx_phy.get_clock().get_bit_time()
rxLpControl = RxLpControl('tile[0]:XS1_PORT_1D', bit_time, 0, True,
rand.randint(0, sys.maxint))
resources = xmostest.request_resource("xsim")
testname = 'test_avb_traffic'
level = 'nightly'
binary = '{test}/bin/{mac}_{phy}/{test}_{mac}_{phy}.xe'.format(
test=testname, mac=mac, phy=tx_phy.get_name())
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Running {test}: {phy} phy at {clk} (seed {seed})".format(
test=testname,
phy=tx_phy.get_name(),
clk=tx_clk.get_name(),
seed=seed)
stream_mac_addresses = {}
stream_seq_id = {}
stream_ids = [x for x in range(num_avb_streams)]
for i in stream_ids:
stream_mac_addresses[i] = [i, 1, 2, 3, 4, 5]
stream_seq_id[i] = 0
packets = []
filler = PacketFiller(weight_none, weight_lp, weight_other, weight_tagged,
weight_untagged, data_len_min, data_len_max,
bit_time)
window_size = 125000
min_ifg = 96 * bit_time
last_packet_end = 0
ifg = 0
for window in range(num_windows):
# Randomly place the streams in the 125us window
packet_start_times = sorted(
[rand.randint(0, window_size) for x in range(num_avb_streams)])
if debug_fill:
print "Window {} - times {}".format(window, packet_start_times)
rand.shuffle(stream_ids)
for (i, stream) in enumerate(stream_ids):
packet_start_time = packet_start_times[i]
gap_size = packet_start_time - last_packet_end
(last_packet_end, ifg) = filler.fill_gap(rand, packets, gap_size,
last_packet_end, ifg)
start_ifg = min_ifg
avb_packet = MiiPacket(rand,
dst_mac_addr=stream_mac_addresses[stream],
create_data_args=[
'same',
(stream_seq_id[stream],
num_avb_data_bytes)
],
vlan_prio_tag=[0x81, 0x00, 0x00, 0x00],
inter_frame_gap=ifg)
stream_seq_id[stream] += 1
packets.append(avb_packet)
ifg = rand.randint(min_ifg, 2 * min_ifg)
packet_time = avb_packet.get_packet_time(bit_time)
if debug_fill:
print "PACKET {} -> {}".format(last_packet_end,
last_packet_end + packet_time)
last_packet_end += packet_time
# Fill the window after the last packet
gap_size = window_size - last_packet_end
(last_packet_end, ifg) = filler.fill_gap(rand, packets, gap_size,
last_packet_end, ifg)
# Compute where in the next window the last packet has finished
last_packet_end = last_packet_end - window_size
tx_phy.set_packets(packets)
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Running {w} windows of {s} AVB streams with {b} data bytes each".format(
w=num_windows, s=num_avb_streams, b=num_avb_data_bytes)
print "Sending {n} lp packets with {b} bytes hp data".format(
n=filler.lp_seq_id, b=filler.lp_data_bytes)
print "Sending {n} other packets with {b} bytes hp data".format(
n=filler.other_seq_id, b=filler.other_data_bytes)
expect_folder = create_if_needed("expect")
expect_filename = '{folder}/{test}_{mac}_{phy}.expect'.format(
folder=expect_folder, test=testname, mac=mac, phy=tx_phy.get_name())
create_expect(packets, expect_filename, num_windows, num_avb_streams,
num_avb_data_bytes)
tester = xmostest.ComparisonTester(open(expect_filename),
'lib_ethernet',
'basic_tests',
testname, {
'mac': mac,
'phy': tx_phy.get_name(),
'clk': tx_clk.get_name(),
'n_stream': num_avb_streams,
'b_p_stream': num_avb_data_bytes,
'len_min': data_len_min,
'len_max': data_len_max,
'w_none': weight_none,
'w_lp': weight_lp,
'w_other': weight_other,
'n_windows': num_windows
},
regexp=True)
tester.set_min_testlevel(level)
simargs = get_sim_args(testname, mac, tx_clk, tx_phy)
xmostest.run_on_simulator(resources['xsim'],
binary,
simthreads=[tx_clk, tx_phy, rxLpControl],
tester=tester,
simargs=simargs)
def do_test(mac, tx_clk, tx_phy, seed,
num_windows=10, num_avb_streams=12, num_avb_data_bytes=400,
weight_none=50, weight_lp=50, weight_other=50,
data_len_min=46, data_len_max=500,
weight_tagged=50, weight_untagged=50):
rand = random.Random()
rand.seed(seed)
bit_time = tx_phy.get_clock().get_bit_time()
rxLpControl = RxLpControl('tile[0]:XS1_PORT_1D', bit_time, 0, True, rand.randint(0, sys.maxint))
resources = xmostest.request_resource("xsim")
testname = 'test_avb_traffic'
level = 'nightly'
binary = '{test}/bin/{mac}_{phy}/{test}_{mac}_{phy}.xe'.format(
test=testname, mac=mac, phy=tx_phy.get_name())
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Running {test}: {phy} phy at {clk} (seed {seed})".format(
test=testname, phy=tx_phy.get_name(), clk=tx_clk.get_name(), seed=seed)
stream_mac_addresses = {}
stream_seq_id = {}
stream_ids = [x for x in range(num_avb_streams)]
for i in stream_ids:
stream_mac_addresses[i] = [i, 1, 2, 3, 4, 5]
stream_seq_id[i] = 0
packets = []
filler = PacketFiller(weight_none, weight_lp, weight_other, weight_tagged, weight_untagged,
data_len_min, data_len_max, bit_time)
window_size = 125000
min_ifg = 96 * bit_time
last_packet_end = 0
ifg = 0
for window in range(num_windows):
# Randomly place the streams in the 125us window
packet_start_times = sorted([rand.randint(0, window_size) for x in range(num_avb_streams)])
if debug_fill:
print "Window {} - times {}".format(window, packet_start_times)
rand.shuffle(stream_ids)
for (i, stream) in enumerate(stream_ids):
packet_start_time = packet_start_times[i]
gap_size = packet_start_time - last_packet_end
(last_packet_end, ifg) = filler.fill_gap(rand, packets, gap_size, last_packet_end, ifg)
start_ifg = min_ifg
avb_packet= MiiPacket(rand,
dst_mac_addr=stream_mac_addresses[stream],
create_data_args=['same', (stream_seq_id[stream], num_avb_data_bytes)],
vlan_prio_tag=[0x81, 0x00, 0x00, 0x00],
inter_frame_gap=ifg)
stream_seq_id[stream] += 1
packets.append(avb_packet)
ifg = rand.randint(min_ifg, 2 * min_ifg)
packet_time = avb_packet.get_packet_time(bit_time)
if debug_fill:
print "PACKET {} -> {}".format(last_packet_end, last_packet_end + packet_time)
last_packet_end += packet_time
# Fill the window after the last packet
gap_size = window_size - last_packet_end
(last_packet_end, ifg) = filler.fill_gap(rand, packets, gap_size, last_packet_end, ifg)
# Compute where in the next window the last packet has finished
last_packet_end = last_packet_end - window_size
tx_phy.set_packets(packets)
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Running {w} windows of {s} AVB streams with {b} data bytes each".format(
w=num_windows, s=num_avb_streams, b=num_avb_data_bytes)
print "Sending {n} lp packets with {b} bytes hp data".format(
n=filler.lp_seq_id, b=filler.lp_data_bytes)
print "Sending {n} other packets with {b} bytes hp data".format(
n=filler.other_seq_id, b=filler.other_data_bytes)
expect_folder = create_if_needed("expect")
expect_filename = '{folder}/{test}_{mac}_{phy}.expect'.format(
folder=expect_folder, test=testname, mac=mac, phy=tx_phy.get_name())
create_expect(packets, expect_filename, num_windows, num_avb_streams, num_avb_data_bytes)
tester = xmostest.ComparisonTester(open(expect_filename),
'lib_ethernet', 'basic_tests', testname,
{'mac':mac, 'phy':tx_phy.get_name(), 'clk':tx_clk.get_name(),
'n_stream':num_avb_streams, 'b_p_stream':num_avb_data_bytes,
'len_min':data_len_min, 'len_max':data_len_max,
'w_none':weight_none, 'w_lp':weight_lp, 'w_other':weight_other,
'n_windows':num_windows},
regexp=True)
tester.set_min_testlevel(level)
simargs = get_sim_args(testname, mac, tx_clk, tx_phy)
xmostest.run_on_simulator(resources['xsim'], binary,
simthreads=[tx_clk, tx_phy, rxLpControl],
tester=tester,
simargs=simargs)
def do_test(mac, tx_clk, tx_phy, seed,
num_packets=200,
weight_hp=50, weight_lp=50, weight_other=50,
data_len_min=46, data_len_max=500,
weight_tagged=50, weight_untagged=50,
max_hp_mbps=1000):
rand = random.Random()
rand.seed(seed)
bit_time = tx_phy.get_clock().get_bit_time()
rxLpControl = RxLpControl('tile[0]:XS1_PORT_1D', bit_time, 0, True, rand.randint(0, sys.maxint))
resources = xmostest.request_resource("xsim")
testname = 'test_rx_queues'
level = 'nightly'
binary = '{test}/bin/{mac}_{phy}/{test}_{mac}_{phy}.xe'.format(
test=testname, mac=mac, phy=tx_phy.get_name())
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Running {test}: {phy} phy at {clk} (seed {seed})".format(
test=testname, phy=tx_phy.get_name(), clk=tx_clk.get_name(), seed=seed)
hp_mac_address = [0,1,2,3,4,5]
hp_seq_id = 0
hp_data_bytes = 0
lp_mac_address = [1,2,3,4,5,6]
lp_seq_id = 0
lp_data_bytes = 0
other_mac_address = [2,3,4,5,6,7]
other_seq_id = 0
other_data_bytes = 0
packets = []
done = False
limiter = DataLimiter(max_hp_mbps, bit_time)
total_weight_tag = weight_tagged + weight_untagged
total_weight_tc = weight_hp + weight_lp + weight_other
while not done:
if (rand.randint(0, total_weight_tag) < weight_tagged):
tag = [0x81, 0x00, rand.randint(0,0xff), rand.randint(0, 0xff)]
else:
tag = None
mac_choice = rand.randint(0, total_weight_tc - 1)
if (mac_choice < weight_lp):
dst_mac_addr = lp_mac_address
elif (mac_choice < weight_hp + weight_lp):
dst_mac_addr = hp_mac_address
else:
dst_mac_addr = other_mac_address
frame_size = choose_data_size(rand, data_len_min, data_len_max)
if (rand.randint(0,100) > 30):
burst_len = rand.randint(1,20)
else:
burst_len = 1
for j in range(burst_len):
# The seq_ids are effectively packet counts
if (hp_seq_id + lp_seq_id + other_seq_id) == num_packets:
done = True
break
if dst_mac_addr == lp_mac_address:
packet_type = DataLimiter.LP_PACKET
seq_id = lp_seq_id
lp_seq_id += 1
lp_data_bytes += frame_size + 14
if tag:
lp_data_bytes += 4
elif dst_mac_addr == hp_mac_address:
packet_type = DataLimiter.HP_PACKET
seq_id = hp_seq_id
hp_seq_id += 1
hp_data_bytes += frame_size + 14
if tag:
hp_data_bytes += 4
else:
packet_type = DataLimiter.OTHER_PACKET
seq_id = other_seq_id
other_seq_id += 1
other_data_bytes += frame_size + 14
if tag:
other_data_bytes += 4
ifg = limiter.get_ifg(packet_type, frame_size, tag)
packets.append(MiiPacket(rand,
dst_mac_addr=dst_mac_addr,
create_data_args=['same', (seq_id, frame_size)],
vlan_prio_tag=tag,
inter_frame_gap=ifg
))
tx_phy.set_packets(packets)
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Sending {n} hp packets with {b} bytes data".format(n=hp_seq_id, b=hp_data_bytes)
print "Sending {n} lp packets with {b} bytes hp data".format(n=lp_seq_id, b=lp_data_bytes)
print "Sending {n} other packets with {b} bytes hp data".format(n=other_seq_id, b=other_data_bytes)
expect_folder = create_if_needed("expect")
expect_filename = '{folder}/{test}_{mac}_{phy}.expect'.format(
folder=expect_folder, test=testname, mac=mac, phy=tx_phy.get_name())
create_expect(packets, expect_filename, hp_mac_address, lp_mac_address)
tester = xmostest.ComparisonTester(open(expect_filename),
'lib_ethernet', 'basic_tests', testname,
{'mac':mac, 'phy':tx_phy.get_name(), 'clk':tx_clk.get_name(),
'max_hp_mbps':max_hp_mbps,
'len_min':data_len_min, 'len_max':data_len_max,
'w_hp':weight_hp, 'w_lp':weight_lp, 'w_other':weight_other,
'n_packets':num_packets},
regexp=True)
tester.set_min_testlevel(level)
simargs = get_sim_args(testname, mac, tx_clk, tx_phy)
xmostest.run_on_simulator(resources['xsim'], binary,
simthreads=[tx_clk, tx_phy, rxLpControl],
tester=tester,
simargs=simargs)
def do_test(mac,
tx_clk,
tx_phy,
seed,
num_packets=200,
weight_hp=50,
weight_lp=50,
weight_other=50,
data_len_min=46,
data_len_max=500,
weight_tagged=50,
weight_untagged=50,
max_hp_mbps=1000):
rand = random.Random()
rand.seed(seed)
bit_time = tx_phy.get_clock().get_bit_time()
rxLpControl = RxLpControl('tile[0]:XS1_PORT_1D', bit_time, 0, True,
rand.randint(0, sys.maxint))
resources = xmostest.request_resource("xsim")
testname = 'test_rx_queues'
level = 'nightly'
binary = '{test}/bin/{mac}_{phy}/{test}_{mac}_{phy}.xe'.format(
test=testname, mac=mac, phy=tx_phy.get_name())
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Running {test}: {phy} phy at {clk} (seed {seed})".format(
test=testname,
phy=tx_phy.get_name(),
clk=tx_clk.get_name(),
seed=seed)
hp_mac_address = [0, 1, 2, 3, 4, 5]
hp_seq_id = 0
hp_data_bytes = 0
lp_mac_address = [1, 2, 3, 4, 5, 6]
lp_seq_id = 0
lp_data_bytes = 0
other_mac_address = [2, 3, 4, 5, 6, 7]
other_seq_id = 0
other_data_bytes = 0
packets = []
done = False
limiter = DataLimiter(max_hp_mbps, bit_time)
total_weight_tag = weight_tagged + weight_untagged
total_weight_tc = weight_hp + weight_lp + weight_other
while not done:
if (rand.randint(0, total_weight_tag) < weight_tagged):
tag = [0x81, 0x00, rand.randint(0, 0xff), rand.randint(0, 0xff)]
else:
tag = None
mac_choice = rand.randint(0, total_weight_tc - 1)
if (mac_choice < weight_lp):
dst_mac_addr = lp_mac_address
elif (mac_choice < weight_hp + weight_lp):
dst_mac_addr = hp_mac_address
else:
dst_mac_addr = other_mac_address
frame_size = choose_data_size(rand, data_len_min, data_len_max)
if (rand.randint(0, 100) > 30):
burst_len = rand.randint(1, 20)
else:
burst_len = 1
for j in range(burst_len):
# The seq_ids are effectively packet counts
if (hp_seq_id + lp_seq_id + other_seq_id) == num_packets:
done = True
break
if dst_mac_addr == lp_mac_address:
packet_type = DataLimiter.LP_PACKET
seq_id = lp_seq_id
lp_seq_id += 1
lp_data_bytes += frame_size + 14
if tag:
lp_data_bytes += 4
elif dst_mac_addr == hp_mac_address:
packet_type = DataLimiter.HP_PACKET
seq_id = hp_seq_id
hp_seq_id += 1
hp_data_bytes += frame_size + 14
if tag:
hp_data_bytes += 4
else:
packet_type = DataLimiter.OTHER_PACKET
seq_id = other_seq_id
other_seq_id += 1
other_data_bytes += frame_size + 14
if tag:
other_data_bytes += 4
ifg = limiter.get_ifg(packet_type, frame_size, tag)
packets.append(
MiiPacket(rand,
dst_mac_addr=dst_mac_addr,
create_data_args=['same', (seq_id, frame_size)],
vlan_prio_tag=tag,
inter_frame_gap=ifg))
tx_phy.set_packets(packets)
if xmostest.testlevel_is_at_least(xmostest.get_testlevel(), level):
print "Sending {n} hp packets with {b} bytes data".format(
n=hp_seq_id, b=hp_data_bytes)
print "Sending {n} lp packets with {b} bytes hp data".format(
n=lp_seq_id, b=lp_data_bytes)
print "Sending {n} other packets with {b} bytes hp data".format(
n=other_seq_id, b=other_data_bytes)
expect_folder = create_if_needed("expect")
expect_filename = '{folder}/{test}_{mac}_{phy}.expect'.format(
folder=expect_folder, test=testname, mac=mac, phy=tx_phy.get_name())
create_expect(packets, expect_filename, hp_mac_address, lp_mac_address)
tester = xmostest.ComparisonTester(open(expect_filename),
'lib_ethernet',
'basic_tests',
testname, {
'mac': mac,
'phy': tx_phy.get_name(),
'clk': tx_clk.get_name(),
'max_hp_mbps': max_hp_mbps,
'len_min': data_len_min,
'len_max': data_len_max,
'w_hp': weight_hp,
'w_lp': weight_lp,
'w_other': weight_other,
'n_packets': num_packets
},
regexp=True)
tester.set_min_testlevel(level)
simargs = get_sim_args(testname, mac, tx_clk, tx_phy)
xmostest.run_on_simulator(resources['xsim'],
binary,
simthreads=[tx_clk, tx_phy, rxLpControl],
tester=tester,
simargs=simargs)