def done(self, error, args):
val = None
if not error:
assert len(args) == 2
error = self.toError(args[0])
val = toByteArray(args[1])
done.doneGet(self.token, error, val)
def done(self, error, args):
value = None
if not error:
assert len(args) == 3
value = channel.toByteArray(args[0])
error = self.toError(args[1])
props = args[2]
done.doneEvaluate(self.token, error, expressions.Value(value, props))
def done(self, error, args):
lost_size = 0
data = None
eos = False
if not error:
assert len(args) == 4
data = channel.toByteArray(args[0])
error = self.toError(args[1])
lost_size = args[2]
eos = args[3]
done.doneRead(self.token, error, lost_size, data, eos)
def done(self, error, args):
e = None
if error:
e = memory.MemoryError(error.message)
else:
assert len(args) == 3
bytes = channel.toByteArray(args[0])
assert len(bytes) <= size
buf[offs:offs+len(bytes)] = bytes
e = self.toMemoryError(args[1], args[2])
done.doneMemory(self.token, e)
def done(self, error, args):
s = None
b = None
eof = False
if error:
s = Status(error)
else:
assert len(args) == 3
s = self._toSFError(args[1])
if not s:
b = channel.toByteArray(args[0])
eof = args[2]
done.doneRead(self.token, s, b, eof)
def __init__(self, props):
super(Context, self).__init__(props)
self.value = channel.toByteArray(props.get(symbols.PROP_VALUE))
def __init__(self, m):
desc = m.get("Description")
name = m.get("Name")
value = toByteArray(m.get("Value"))
super(NamedValueInfo, self).__init__(value, name, desc)