def runDiscovery(targets, options):
fingerengine = FingerEngine()
fingerengine.options = options
"""Run a fingerprint on each host/port/platform combination"""
for host in targets:
utility.Msg("Beginning discovery scan on host %s" % (host))
for platform in state.supported_platforms:
for port in targets[host]:
for fp in doFingerprint(host, port[0], port[1], platform):
utility.Msg("\t%s (version %s port %s)" % (fp.title, fp.version, port[0]), LOG.SUCCESS)
def run(options):
""" Parse up our hosts and run fingerprinting/exploitation
on each one
"""
servers = []
if options.input_list:
with open(options.input_list, 'r') as f:
for ip in f.readlines():
if ip.count('.') < 3:
rip = utility.resolve_host(ip.strip())
if rip:
servers.append(rip)
else:
utility.Msg(
"Host %s could not be resolved. Skipping." %
ip.strip(), LOG.DEBUG)
else:
servers.append(ip.strip())
utility.Msg("Loaded %d servers." % len(servers))
else:
if options.ip.count('.') < 3:
ip = utility.resolve_host(options.ip)
if ip:
servers.append(ip)
else:
utility.Msg("Could not resolve hostname %s" % options.ip,
LOG.ERROR)
return
else:
servers.append(options.ip)
utility.Msg("Servers' OS hinted at %s" % options.remote_os)
# iterate through all servers, fingerprint and load auxengine
for server in servers:
fingerengine = FingerEngine()
fingerengine.options = options
fingerengine.options.ip = server
fingerengine.run()
if len(fingerengine.fingerprints) is 0:
continue
utility.Msg("Fingerprinting completed.", LOG.UPDATE)
# We've got the host fingerprinted, now kick off the
# exploitation engine for the service
utility.Msg("Loading auxiliary for '%s'..." % fingerengine.service,
LOG.DEBUG)
# execute the auxiliary engine
auxengine(fingerengine)
def runDiscovery(targets, options):
fingerengine = FingerEngine()
fingerengine.options = options
'''Run a fingerprint on each host/port/platform combination'''
for host in targets:
utility.Msg("Beginning discovery scan on host %s" % (host))
for platform in state.supported_platforms:
for port in targets[host]:
for fp in doFingerprint(host, port[0], port[1], platform):
utility.Msg(
"\t%s (version %s port %s)" %
(fp.title, fp.version, port[0]), LOG.SUCCESS)
def run(options):
""" Parse up our hosts and run fingerprinting/exploitation
on each one
"""
servers = []
if options.input_list:
with open(options.input_list, 'r') as f:
for ip in f.readlines():
if ip.count('.') < 3:
rip = utility.resolve_host(ip.strip())
if rip:
servers.append(rip)
else:
utility.Msg("Host %s could not be resolved. Skipping." %
ip.strip(), LOG.DEBUG)
else:
servers.append(ip.strip())
utility.Msg("Loaded %d servers." % len(servers))
else:
if options.ip.count('.') < 3:
ip = utility.resolve_host(options.ip)
if ip:
servers.append(ip)
else:
utility.Msg("Could not resolve hostname %s" % options.ip, LOG.ERROR)
return
else:
servers.append(options.ip)
utility.Msg("Servers' OS hinted at %s" % options.remote_os)
# iterate through all servers, fingerprint and load auxengine
for server in servers:
fingerengine = FingerEngine()
fingerengine.options = options
fingerengine.options.ip = server
fingerengine.run()
if len(fingerengine.fingerprints) is 0:
continue
utility.Msg("Fingerprinting completed.", LOG.UPDATE)
# We've got the host fingerprinted, now kick off the
# exploitation engine for the service
utility.Msg("Loading auxiliary for '%s'..." % fingerengine.service,
LOG.DEBUG)
# execute the auxiliary engine
auxengine(fingerengine)