def main():
# Read any Configuration
S.load_from_dir(_CURR_DIR)
# Cleanup any existing scapy files from /tmp/scapy folder.
cleanup_scapy_files()
# Get the P4 program from the user.
# We will generate testcases to test this program.
fname = get_p4program()
# Create a scapy output for this program.
create_scapy_out(fname)
# Get all the possible packets to send to test the P4 Program.
pp = get_possible_packets()
# Create Test-Cases for each and every packet in the pssible-packet list
index = 0
filename = os.path.basename(fname)
print(filename)
tcprefix = filename.split('.')[0]
print(tcprefix)
for p in pp:
# analyze_packet(p)
destfile = tcprefix + str(index) + '.xml'
dfile = os.path.join('/tmp', destfile)
create_testcase(p, dfile)
index = index + 1
def main():
# configure settings
S.load_from_dir(_CURR_DIR)
vmcontrol = StressorVM()
cachecontrol = CacheAllocator()
input("Press Enter to start workload-1")
vmcontrol.start(0)
input("Enter to affinitize workload")
vmcontrol.affinitize(0)
#input("Press Enter to stop workload-1")
#vmcontrol.stop(0)
input("Press Enter to start workload-2")
vmcontrol.start(1)
input("Enter to affinitize workload")
vmcontrol.affinitize(1)
input("Press Enter to perform cache allocation")
cachecontrol.setup_llc_allocation()
# input("Press Enter to start workload-1")
# vmcontrol.start(0)
input("Press Enter to stop workload-2")
vmcontrol.stop(1)
input("Press Enter to stop workload-1")
vmcontrol.stop(0)
input("Press Enter to cleanup allocations")
cachecontrol.cleanup_llc_allocation()
print("RMD-Testing is done, Goodbye!")
def main():
"""Main function.
"""
#args = parse_arguments()
# define the timestamp to be used by logs and results
date = datetime.datetime.fromtimestamp(time.time())
timestamp = date.strftime('%Y-%m-%d_%H-%M-%S')
S.setValue('LOG_TIMESTAMP', timestamp)
# configure settings
S.load_from_dir(os.path.join(_CURR_DIR, 'conf'))
openstack_params = utils.pack_openstack_params()
print(openstack_params)
output = act()
print(output)
})
# remove id and deployment from results before rendering
# but after _get_env() is called; tests dict has its shallow copy
del result[ResultsConstants.ID]
del result[ResultsConstants.DEPLOYMENT]
template_vars = {
'tests': tests,
}
i = 0
for output_file in output_files:
template = template_env.get_template(_TEMPLATE_FILES[i])
output_text = template.render(template_vars) #pylint: disable=no-member
with open(output_file, 'w') as file_:
file_.write(output_text)
logging.info('Test report written to "%s"', output_file)
i += 1
except KeyError:
logging.info("Report: Ignoring file (Wrongly defined columns): %s",
(input_file))
raise
return output_files
if __name__ == '__main__':
S.load_from_dir('conf')
OUT = generate(sys.argv[1], '', '')
print('Test report written to "%s"...' % OUT)
def go_menu():
"""
Run the Unittest method menu
:return: None
"""
from conf import settings
settings.load_from_dir('./conf')
with Xena() as XENA_OBJ:
TESTMETHODS = {
1: [XENA_OBJ.send_rfc2544_throughput],
2: [
XENA_OBJ.start_rfc2544_throughput,
XENA_OBJ.wait_rfc2544_throughput
],
3: [XENA_OBJ.send_burst_traffic],
4: [XENA_OBJ.send_cont_traffic],
5: [XENA_OBJ.start_cont_traffic, XENA_OBJ.stop_cont_traffic],
6: [XENA_OBJ.send_rfc2544_back2back],
7: [
XENA_OBJ.start_rfc2544_back2back,
XENA_OBJ.wait_rfc2544_back2back
],
8: [PROPS.decrease_framesize],
9: [PROPS.increase_framesize],
10: [PROPS.set_duration],
11: [PROPS.set_trials],
12: [sys.exit],
}
print("Packet size: {} | duration: {}".format(
PROPS.framesize, PROPS.duration))
print("Trials for 2544 tests: {}".format(PROPS.trials))
print("Thread count: {}".format(threading.active_count()))
print("What method to test?")
for k in sorted(TESTMETHODS.keys()):
line = "{}. ".format(k)
for func in TESTMETHODS[k]:
line += "{}/".format(func.__name__)
line = line.rstrip('/')
print(line)
ans = 0
while ans not in TESTMETHODS.keys():
ans = input("> ")
try:
if len(TESTMETHODS.keys()) >= int(ans) > 0:
break
else:
print("!!Invalid entry!!")
except ValueError:
print("!!Invalid entry!!")
for func in TESTMETHODS[int(ans)]:
if func.__name__ in XENA_OBJ.__dir__():
kwargs = dict()
if 'traffic' in inspect.getargspec(func)[0]:
params = {
'l2': {
'framesize': PROPS.framesize,
},
}
kwargs['traffic'] = params
if 'trials' in inspect.getargspec(func)[0]:
kwargs['trials'] = PROPS.trials
if 'duration' in inspect.getargspec(func)[0]:
kwargs['duration'] = PROPS.duration
result = func(**kwargs)
print(result)
else:
func()
def go_menu():
"""
Run the Unittest method menu
:return: None
"""
from conf import settings
settings.load_from_dir('./conf')
with Xena() as XENA_OBJ:
TESTMETHODS = {
1: [XENA_OBJ.send_rfc2544_throughput],
2: [XENA_OBJ.start_rfc2544_throughput,
XENA_OBJ.wait_rfc2544_throughput],
3: [XENA_OBJ.send_burst_traffic],
4: [XENA_OBJ.send_cont_traffic],
5: [XENA_OBJ.start_cont_traffic, XENA_OBJ.stop_cont_traffic],
6: [XENA_OBJ.send_rfc2544_back2back],
7: [XENA_OBJ.start_rfc2544_back2back,
XENA_OBJ.wait_rfc2544_back2back],
8: [PROPS.decrease_framesize],
9: [PROPS.increase_framesize],
10: [PROPS.set_duration],
11: [PROPS.set_trials],
12: [sys.exit],
}
print("Packet size: {} | duration: {}".format(PROPS.framesize,
PROPS.duration))
print("Trials for 2544 tests: {}".format(PROPS.trials))
print("Thread count: {}".format(threading.active_count()))
print("What method to test?")
for k in sorted(TESTMETHODS.keys()):
line = "{}. ".format(k)
for func in TESTMETHODS[k]:
line += "{}/".format(func.__name__)
line = line.rstrip('/')
print(line)
ans = 0
while ans not in TESTMETHODS.keys():
ans = input("> ")
try:
if len(TESTMETHODS.keys()) >= int(ans) > 0:
break
else:
print("!!Invalid entry!!")
except ValueError:
print("!!Invalid entry!!")
for func in TESTMETHODS[int(ans)]:
if func.__name__ in XENA_OBJ.__dir__():
kwargs = dict()
if 'traffic' in inspect.getargspec(func)[0]:
params = {
'l2': {
'framesize': PROPS.framesize,
},
}
kwargs['traffic'] = params
if 'trials' in inspect.getargspec(func)[0]:
kwargs['trials'] = PROPS.trials
if 'duration' in inspect.getargspec(func)[0]:
kwargs['duration'] = PROPS.duration
result = func(**kwargs)
print(result)
else:
func()