def _send(self,command_str):
command = command_str.split(",")
debug('command %r,buffer.pointerC %r, clock %r' % (command,buffer.pointerC , clock()))
if len(command[0]) == 0:
msg_out =msgpack_packb([-1], default=m.encode)
elif command[0] == "1":
frame.live_checkbox.SetValue(False)
msg_out = msgpack_packb([int(command[0])], default=m.encode)
elif command[0] == "2":
frame.live_checkbox.SetValue(False)
msg_out = msgpack_packb([int(command[0])], default=m.encode)
elif command[0] == "3":
if len(commmand) >=2:
msg_out = msgpack_packb([int(command[0]),int(command[1])], default=m.encode)
else:
msg_out = msgpack_packb([int(command[0]),int(1)], default=m.encode)
elif command[0] == "4":
msg_out = msgpack_packb([int(command[0])], default=m.encode)
elif command[0] == "5":
msg_out = msgpack_packb([int(command[0]),int(buffer.pointerC)], default=m.encode)
debug('msg_out %r' % msg_out)
elif command[0] == "6":
msg_out = msgpack_packb([int(command[0])], default=m.encode)
elif command[0] == "7":
msg_out = msgpack_packb([int(command[0])], default=m.encode)
else:
msg_out = msgpack_packb([int(command[0])], default=m.encode)
self.server.sendall(msg_out)
def _send(self, command_str):
command = command_str.split(",")
print 'command', command, 'buffer.pointerC', buffer.pointerC
if len(command[0]) == 0:
msg_out = msgpack_packb([-1], default=m.encode)
elif command[0] == "1":
msg_out = msgpack_packb([int(command[0])], default=m.encode)
elif command[0] == "2":
msg_out = msgpack_packb([int(command[0])], default=m.encode)
elif command[0] == "3":
if len(commmand) >= 2:
msg_out = msgpack_packb(
[int(command[0]), int(command[1])], default=m.encode)
else:
msg_out = msgpack_packb(
[int(command[0]), int(1)], default=m.encode)
elif command[0] == "4":
msg_out = msgpack_packb([int(command[0])], default=m.encode)
elif command[0] == "5":
msg_out = msgpack_packb(
[int(command[0]), int(buffer.pointerC)], default=m.encode)
debug('msg_out %r' % msg_out)
elif command[0] == "6":
msg_out = msgpack_packb([int(command[0])], default=m.encode)
elif command[0] == "7":
msg_out = msgpack_packb([int(command[0])], default=m.encode)
else:
msg_out = msgpack_packb([int(command[0])], default=m.encode)
self.server.sendall(msg_out)
def get_db_prep_value ( self, value, connection=None, prepared=False ) :
"""Overrides the parent method to encode data before storing it \
in the database."""
if not prepared :
value = msgpack_packb( value )
if value is not None :
return connection.Database.Binary( value )
return None
def packb(data: dict, exc_cls=SerdePackingError) -> bytes:
"""
Raises:
SerdePackingError
"""
def _default(obj):
# TODO: we should be only testing against pendulum.Pendulum, but
# asyncpg returns datetime
if isinstance(obj, datetime):
return ExtType(1, struct_pack("!d", obj.timestamp()))
elif isinstance(obj, UUID):
return ExtType(2, obj.bytes)
raise TypeError("Unknown type: %r" % (obj, ))
try:
return msgpack_packb(data, default=_default, use_bin_type=True)
except (ExtraData, ValueError, FormatError, StackError) as exc:
raise exc_cls(f"Invalid msgpack data: {exc}") from exc
return self.storage.db(self.db, write)
@contextmanager
def cursor(self, write=False):
with self.ctx(write) as txn:
cursor = txn.cursor()
try:
yield cursor
finally:
cursor.close()
def close(self):
self.sock.close()
mpackb = lambda o: msgpack_packb(o, use_bin_type=True)
munpackb = lambda b: msgpack_unpackb(b, raw=False)
def mpackdict(d):
for key, value in d.items():
yield (encode(key), mpackb(value))
def encodedict(d):
for key, value in d.items():
yield (encode(key), encode(value))
def requires_dupsort(meth):
@wraps(meth)
def serialize(value):
return msgpack_packb(value, use_bin_type=True)