def main():
from server.queue_manager import QueueClient
c = QueueClient()
qm = c.queue_manager()
while True:
status = qm.status()
print('#'*15 + ' Scan Status ' + '#'*15)
print('{0:<32}{1:.2f} m'.format('scan time:', status.get('scantime')/60))
print('{0:<32}{1:.2f} s'.format('average scan time:', status.get('avgtime')))
print('{0:<32}{1}'.format('scans completed:', status.get('completed')))
print('{0:<32}{1}'.format('fully scanned:', status.get('fully_scanned')))
print('{0:<32}{1}'.format('host queue position:', status.get('counter')))
print('{0:<32}{1}'.format('host queue is filling:', status.get('is_filling')))
print('{0:<32}{1}'.format('host queue size:', status.get('host_queue_size')))
print('{0:<32}{1}'.format('user queue size:', status.get('user_queue_size')))
print('{0:<32}{1}'.format('result queue size:', status.get('result_queue_size')))
# print('{0:<32}{1}'.format('dump threshold:', status.get('dump_limit')))
# print('{0:<32}{1}'.format('result queue threshold:', status.get('result_queue_limit')))
print('#'*43)
time.sleep(10)
def main():
"""
Starts as many sslyze worker processes as specified in :mod:`settings`.
"""
signal.signal(signal.SIGINT, _sigint_handler)
# PLUGINS INITIALIZATION
sslyze_plugins = PluginsFinder()
available_commands = sslyze_plugins.get_commands()
# QUEUE INITIALIZATION
c = QueueClient()
qm = c.queue_manager()
# PROCESS INITIALIZATION
while True:
p = WorkerProcess(qm, available_commands)
p.start()
process_list.append(p)
# Wait for processes to terminate
p.join()
def main():
# get instance of QueueClient
c = QueueClient()
# get appropriate queue from QueueClient
qm = c.queue_manager()
# get instance of Database
mdb = Database()
tls_ver = ['tlsv1_2', 'tlsv1_1', 'sslv3', 'sslv2', 'tlsv1']
while True:
try:
result = qm.next_result()
scan_error = False
scan_date = datetime.datetime.now()
domain = result.get("target")[0]
ip = result.get("target")[1]
if ip == domain:
tld = None
else:
tld = get_tld('https://' + domain, as_object=True, fail_silently=True).suffix
sources = result.get("source")
ciphers = []
certificate = {}
if result.get("error"):
# print(result.get("err_msg"))
scan_error = True
else:
result_list = result.get('result')
public_key_size = None
# move the result of certinfo to the front of the result_list
for i, result in enumerate(result_list):
if result.get('command') == 'certinfo':
result_list.insert(0, result_list.pop(i))
break
for command_result in result_list:
if command_result.get("error"):
# TODO handle error
continue
if command_result.get("command") in tls_ver:
ciphers.extend(_parse_ciphers(command_result, command_result.get("command"), public_key_size))
elif command_result["command"] == "certinfo":
public_key_size = command_result.get('subjectPublicKeyInfo').get('publicKeySize')
certificate = _parse_cert(command_result)
db_item = dict(
scanError=scan_error,
scanDate=scan_date,
domain=domain,
tld=tld,
sources=sources,
ciphers=ciphers,
certificate=certificate,
)
mdb.insert_result(db_item)
except Exception as e:
print(e)
def fetchInput(queue_manager):
"""
Downloads top-1m.csv, parses top500 country lists, merges them and sends them to queue_manager.
"""
top500ListOfLists = startTop500Parsing()
print("joining top 500 lists")
top500List = joinListOfLists(top500ListOfLists)
top1MioList = datedAlexaCSV(alexa_splits)
print("joining 'joined' top 500 list with alexa top1mio")
queue_manager.put_new_list(joinLists(top1MioList,top500List))
print("Finished building and sending list.")
if __name__ == "__main__":
# get instance of QueueClient
c = QueueClient()
# get appropriate queue from QueueClient
queue_manager = c.queue_manager()
fetchInput(queue_manager)
while(True):
t = datetime.datetime.today()#converting datetime.datetime.today object into datetime.date object
today = datetime.date(t.year,t.month,t.day)
if today > nextDownloadDate:
fetchInput(queue_manager)
os.remove(csvPath)
print("sleeping now")
time.sleep(86400)#sleeps for 86400 seconds, ~1 day