async def vasuki_service(request, response, *args, **kwargs):
#debug_request(request, response)
options = DefaultMunch(None)
# Transform request parameters into munch of options (subcommands).
subcommand_options = {}
for v in kwargs.values():
subcommand_options[v] = True
options.update(subcommand_options)
# Transform request parameters into munch of options (query arguments).
options.update(request.params.items())
# Run command, optionally multiple times.
try:
command = VasukiCommand(options)
results = command.run_multi()
# Output identifiers to HTTP response.
response.text = '\n'.join(results)
except Exception as ex:
log.exception('Vasuki failed')
response.status_code = api.status_codes.HTTP_500
response.text = f'{ex.__class__.__name__}: {str(ex)}'
def extract_fingerprint_from_notify_message(
self, http_packet: dpkt.http.Request) -> Munch:
# Note that the library will accept any case of header, they are lowercase in the result
fingerprint = DefaultMunch('')
fingerprint.upnp_packet_type = 1
fingerprint.upnp_location = http_packet.headers.get("location")
fingerprint.upnp_uns = http_packet.headers.get("usn")
fingerprint.upnp_nt = http_packet.headers.get("nt")
fingerprint.upnp_nts = http_packet.headers.get("nts")
if http_packet.headers.get('server'):
fingerprint.update(
self.parse_upnp_header_information(
http_packet.headers.get('server')))
if "cache-control" in http_packet.headers:
fingerprint.upnp_cache = int(
http_packet.headers.get("cache-control").split('=')[1])
return fingerprint
