def resp_port2(self, data):
"""
Manage C{PORT2_RESP}.
"""
dataLength = len(data)
if dataLength < 2:
return data
else:
result = theParser.parseChar(data[1])
if result != 0:
d, self.deferred = self.deferred, None
d.errback(NodeNotFound(result))
return data[2:]
if dataLength < 12:
return data
portNum = theParser.parseShort(data[2:4])
nodeType = theParser.parseChar(data[4])
protocol = theParser.parseChar(data[5])
distrVSNLo = theParser.parseShort(data[6:8])
distrVSNHi = theParser.parseShort(data[8:10])
distrVSNRng = (distrVSNLo, distrVSNHi)
nLen = theParser.parseShort(data[10:12])
nodeName = data[12:12 + nLen]
if (dataLength == 12 + nLen + 1 and
theParser.parseChar(data[-1]) == 0):
extra = ""
data = ""
else:
eLen = theParser.parseShort(data[12 + nLen:12 + nLen + 2])
extra = data[12 + nLen + 2:12 + nLen + 2 + eLen]
data = data[12 + nLen + 2 + eLen:]
node = Node(
portNum, nodeType, protocol, distrVSNRng, nodeName, extra)
d, self.deferred = self.deferred, None
d.callback(node)
return data
def resp_alive2(self, data):
"""
Manage C{ALIVE2_RESP}.
"""
if len(data) < 4:
return data
result = theParser.parseChar(data[1])
creation = theParser.parseShort(data[2:4])
d = self.factory._connectDeferred
if result == 0:
# OK
d.callback(creation)
else:
d.errback(ValueError(result))
return data[4:]
