def test_from_name(self):
protocol_long = "PROTO_HTTPS"
protocol_short = "https"
from_long = Protocol.from_name(protocol_long)
from_short = Protocol.from_pretty_name(protocol_short)
self.assertEqual(from_long.value, from_short.value)
self.assertEqual(from_long.value, zsearch_definitions.protocols.HTTPS.value)
def _make_prune_cmd(self, min_scan_ids):
cmd = rpc_pb2.Command()
for (host_port, pretty_protocol, pretty_subprotocol), min_scan_id in \
min_scan_ids.iteritems():
network_port = socket.htons(host_port)
protocol = Protocol.from_pretty_name(pretty_protocol)
subprotocol = Subprotocol.from_pretty_name(pretty_subprotocol)
ak = hoststore_pb2.AnonymousKey(
port=network_port,
protocol=protocol.value,
subprotocol=subprotocol.value,
)
min_id_obj = cmd.min_scan_ids.add()
min_id_obj.key.CopyFrom(ak)
min_id_obj.min_scan_id = min_scan_id
return cmd
def _make_prune_cmd(self, min_scan_ids):
cmd = rpc_pb2.Command()
for (host_port, pretty_protocol, pretty_subprotocol), min_scan_id in \
min_scan_ids.iteritems():
network_port = socket.htons(host_port)
protocol = Protocol.from_pretty_name(pretty_protocol)
subprotocol = Subprotocol.from_pretty_name(pretty_subprotocol)
ak = hoststore_pb2.AnonymousKey(
port=network_port,
protocol=protocol.value,
subprotocol=subprotocol.value,
)
min_id_obj = cmd.min_scan_ids.add()
min_id_obj.key.CopyFrom(ak)
min_id_obj.min_scan_id = min_scan_id
return cmd
def test_generic_subprotocols_exposed_as_attributes(self):
proto_http = Protocol.from_pretty_name("http")
self.assertTrue(hasattr(proto_http, "GET"))
def test_subprotocols_with_bonus_underscores(self):
modbus = Protocol.from_pretty_name("modbus")
self.assertTrue(hasattr(modbus, "DEVICE_ID"))
self.assertFalse(hasattr(modbus, "MEI"))
self.assertFalse(hasattr(modbus, "DEVICE"))