def cleanupz(idic, user, sshkey):
# Parse the config file and unpack user options from autoset menu
config = src.core.config.get_config()
if idic["ip"] == idic["iid"]:
print "Self Hosted Attack box detected... Pulling logs"
print "Please clean system independently..."
fabfunky.get_logz(idic["ip"], user, sshkey)
fabfunky.disconnect_all()
pass
else:
cleanup = menus.cleanup_menu()
if cleanup is True:
conn = ec2funky.ec2connx(config["accesskey"], config["secretkey"])
print red("Cleaning up %s - %s instance" % (idic["tags"], idic["iid"]))
fabfunky.get_logz(idic["ip"], user, sshkey)
fabfunky.disconnect_all()
ec2funky.terminate_instance(idic["iid"], conn)
else:
fabfunky.disconnect_all()
print red("SSH: ssh -i %s.pem %s@%s") % (idic["key"], user,idic["ip"])
print "Be sure to run 'python cloudPWNclean.py' after the attack to pull logs and terminate the instance."
def cleanupz(idic, user, sshkey):
# Parse the config file and unpack user options from autoset menu
config = src.core.config.get_config()
if idic["ip"] == idic["iid"]:
print "Self Hosted Attack box detected... Pulling logs"
print "Please clean system independently..."
fabfunky.get_logz(idic["ip"], user, sshkey)
fabfunky.disconnect_all()
pass
else:
cleanup = menus.cleanup_menu()
if cleanup is True:
conn = ec2funky.ec2connx(config["accesskey"], config["secretkey"])
print red("Cleaning up %s - %s instance" %
(idic["tags"], idic["iid"]))
fabfunky.get_logz(idic["ip"], user, sshkey)
fabfunky.disconnect_all()
ec2funky.terminate_instance(idic["iid"], conn)
else:
fabfunky.disconnect_all()
print red("SSH: ssh -i %s.pem %s@%s") % (idic["key"], user,
idic["ip"])
print "Be sure to run 'python cloudPWNclean.py' after the attack to pull logs and terminate the instance."
def instance_list():
config = src.core.config.get_config()
conn = ec2funky.ec2connx(config['accesskey'], config['secretkey'])
existing_instances = conn.get_all_instances()
ret_dic = {}
count = 0
# Lists existing EC2 images for selection
print green("\nAWS EC2 Launched Instances")
for inst in existing_instances:
print str(count) + ". " + str(inst.instances[0].tags.get("Name")) + " - " + str(inst.instances[0].id) + " : " + str(inst.instances[0].image_id) + " (%s)" % str(inst.instances[0].state)
ret_dic[str(count)] = [inst.instances[0].id, inst.instances[0].image_id]
count += 1
def instance_list():
config = src.core.config.get_config()
conn = ec2funky.ec2connx(config['accesskey'], config['secretkey'])
existing_instances = conn.get_all_instances()
ret_dic = {}
count = 0
# Lists existing EC2 images for selection
print green("\nAWS EC2 Launched Instances")
for inst in existing_instances:
print str(count) + ". " + str(
inst.instances[0].tags.get("Name")) + " - " + str(
inst.instances[0].id) + " : " + str(
inst.instances[0].image_id) + " (%s)" % str(
inst.instances[0].state)
ret_dic[str(count)] = [
inst.instances[0].id, inst.instances[0].image_id
]
count += 1
def image_menu():
config = src.core.config.get_config()
conn = ec2funky.ec2connx(config['accesskey'], config['secretkey'])
ami_images = ec2funky.get_images(conn, config["image_list"])
ret_dic = {}
count = 0
# Lists exitsing EC2 AMI preconfigured images listed in config file
print green("\nAvailable AWS AMI Images to Launch")
for image in ami_images:
print "%s. %s - %s - %s" % (str(count), image.name, image.description, image.id)
ret_dic[str(count)] = [None, image.id]
count += 1
data = raw_input("\nEnter the image number to launch: ")
if int(data) >= len(ret_dic):
print red("Selection is out of range! Goodbye!")
sys.exit(0)
else:
return ret_dic[data]
def image_menu():
config = src.core.config.get_config()
conn = ec2funky.ec2connx(config['accesskey'], config['secretkey'])
ami_images = ec2funky.get_images(conn, config["image_list"])
ret_dic = {}
count = 0
# Lists exitsing EC2 AMI preconfigured images listed in config file
print green("\nAvailable AWS AMI Images to Launch")
for image in ami_images:
print "%s. %s - %s - %s" % (str(count), image.name, image.description,
image.id)
ret_dic[str(count)] = [None, image.id]
count += 1
data = raw_input("\nEnter the image number to launch: ")
if int(data) >= len(ret_dic):
print red("Selection is out of range! Goodbye!")
sys.exit(0)
else:
return ret_dic[data]
secretkey = config["secretkey"]
securitykey = config["securitykey"]
security_group = config["security_group"]
instance_type = config["instance_type"]
# Head ASCII Art
src.core.head.randhead()
# Select what service to launch and get the instance id
try:
amazon, linode, self_hosted = menus.main_menu()
if amazon is True and linode is False:
conn = ec2funky.ec2connx(accesskey, secretkey)
iid, aid = menus.image_menu()
# launches new instance and sets the image id of the instance
if iid is None:
iid = ec2funky.new_instance_launch(aid, conn, securitykey,
instance_type, security_group)
# bulds instance information dictionary of the launched instance
iinfo_dic = ec2funky.instance_info(iid, conn)
# Launches SET Web Attacks
java_app_pyi, java_app, charvest, setsolo = menus.autoset_menu()
if java_app_pyi is True:
secretkey = config["secretkey"]
securitykey = config["securitykey"]
security_group = config["security_group"]
instance_type = config["instance_type"]
# Head ASCII Art
src.core.head.randhead()
# Select what service to launch and get the instance id
try:
amazon, linode, self_hosted = menus.main_menu()
if amazon is True and linode is False:
conn = ec2funky.ec2connx(accesskey, secretkey)
iid, aid = menus.image_menu()
# launches new instance and sets the image id of the instance
if iid is None:
iid = ec2funky.new_instance_launch(aid, conn, securitykey, instance_type, security_group)
# bulds instance information dictionary of the launched instance
iinfo_dic = ec2funky.instance_info(iid, conn)
# Launches SET Web Attacks
java_app_pyi, java_app, charvest, setsolo = menus.autoset_menu()
if java_app_pyi is True:
java_pyi(iinfo_dic, config["instance_user"], config["keypath"])
