def index():
dcp.send_discover(s, src)
resp = [
dcp.DCPDeviceDescription(mac, blocks)
for mac, blocks in dcp.read_response(s, src).items()
]
return render_template("discover.html", resp=resp)
def get_station_info(s, src, name):
dcp.send_request(s, src, PNDCPBlock.NAME_OF_STATION, bytes(name, 'utf-8'))
resp = list(dcp.read_response(s, src, once=True).items())[0]
return dcp.DCPDeviceDescription(*resp)
parser.add_argument("action", choices=("discover", "get-param", "set-param", "read", "read-inm0-filter", "read-inm0", "read-inm1", "write-inm1"))
parser.add_argument("target", nargs='?', help="MAC address of the device")
parser.add_argument("param", nargs='?', help="parameter to read/write")
parser.add_argument("value", nargs='?', help="value to write")
parser.add_argument("additional1", nargs='?', help="additional parameters")
parser.add_argument("additional2", nargs='?', help="additional parameters")
args = parser.parse_args()
s = ethernet_socket(args.i, 3)
src = get_mac(args.i)
if args.action == "discover":
dcp.send_discover(s, src)
dcp.read_response(s, src, debug=True)
elif args.action == "get-param":
dcp.get_param(s, src, args.target, args.param)
elif args.action == "set-param":
dcp.set_param(s, src, args.target, args.param, args.value)
elif args.action.startswith("read") or args.action.startswith("write"):
print("Getting station info ...")
info = rpc.get_station_info(s, src, args.target)
con = rpc.RPCCon(info)
print("Connecting to device ...")
con.connect(src)
if args.action == "read":
print(con.read(api=int(args.param), slot=int(args.value), subslot=int(args.additional1), idx=int(args.additional2, 16)).payload)
def get_station_info(s, src, name):
dcp.send_request(s, src, PNDCPBlock.NAME_OF_STATION, bytes(name, 'utf-8'))
resp = list(dcp.read_response(s, src, once=True).items())[0]
return dcp.DCPDeviceDescription(*resp)
def index():
dcp.send_discover(s, src)
resp = [dcp.DCPDeviceDescription(mac, blocks) for mac, blocks in dcp.read_response(s, src).items()]
return render_template("discover.html", resp=resp)
"read-inm0-filter", "read-inm0", "read-inm1",
"write-inm1"))
parser.add_argument("target", nargs='?', help="MAC address of the device")
parser.add_argument("param", nargs='?', help="parameter to read/write")
parser.add_argument("value", nargs='?', help="value to write")
parser.add_argument("additional1", nargs='?', help="additional parameters")
parser.add_argument("additional2", nargs='?', help="additional parameters")
args = parser.parse_args()
s = ethernet_socket(args.i, 3)
src = get_mac(args.i)
if args.action == "discover":
dcp.send_discover(s, src)
dcp.read_response(s, src, debug=True)
elif args.action == "get-param":
dcp.get_param(s, src, args.target, args.param)
elif args.action == "set-param":
dcp.set_param(s, src, args.target, args.param, args.value)
elif args.action.startswith("read") or args.action.startswith("write"):
print("Getting station info ...")
info = rpc.get_station_info(s, src, args.target)
con = rpc.RPCCon(info)
print("Connecting to device ...")
con.connect(src)
if args.action == "read":
print(
con.read(api=int(args.param),