print ("Using %s threads " % threads)
#
# Creating middle objects
#
# - results: queue where visitors will store finished Tasks
#
# - payload: queue where visitors will get Tasks to do
#
# - manager: process who is responsible of storing results from results queue
#
payload = Payload(target, payload_filename)
payload.set_extensions(extension)
payload.set_banned_response_codes(banned_response_codes)
payload.set_content(content)
if uppercase:
payload.set_uppercase()
payload_size = payload.get_length() * len(extension)
print ("Total requests %s (%s / thread)" % (payload.get_length(), payload.get_length() / threads))
database_name = urlparse.urlparse(target).hostname
manager = DBManager(database_name)
#
# Starting Manager and Payload processes
#
payload.daemon = True
manager.daemon = True
print("Using payload: %s" % payload_filename)
print("Spawning %s threads " % threads)
#
# Creating middle objects
#
# - results: queue where visitors will store finished Tasks
#
# - payload: queue where visitors will get Tasks to do
#
# - manager: process who is responsible of storing results from results queue
#
payload = Payload(target, payload_filename)
payload.set_extensions(extension)
payload.set_banned_response_codes(banned_response_codes)
payload.set_content(content)
payload.set_remove_slash(remove_slash)
if uppercase:
payload.set_uppercase()
payload_size = payload.get_length() * len(payload.extensions)
print("Total requests %s (aprox: %s / thread)" %
(payload_size, payload_size / threads))
database_name = urlparse.urlparse(target).hostname
manager = DBManager(database_name)
#
# Starting Manager and Payload processes
#
