def work(self):
data, addr = self._sock.recvfrom(255)
node, endpoint, profile, cluster = addr[:4]
cur_time = time()
is_data = endpoint == ENDPOINT and profile == PROFILE and cluster == IS_CLUSTER
node_name = self._resolver.to_name_non_blocking(node, is_data)
data_name = "t"
data_text = data
data_attrs = dict(time=fmt_time(cur_time))
other_addr = ""
if endpoint == ENDPOINT and profile == PROFILE and cluster == TTY_CLUSTER:
updateDataLine(node_name, data, cur_time)
else:
data_name = "h"
data_text = str2hex(data)
data_attrs["endpoint"] = hh(endpoint, 2)
data_attrs["profile"] = hh(profile, 4)
data_attrs["cluster"] = hh(cluster, 2)
other_addr = " (" + data_attrs["endpoint"] + "," + data_attrs["profile"] + "," + data_attrs["cluster"] + ")"
self.append(node, Element(data_name, data_attrs, data_text))
print "xgw: Recv ", node_name, other_addr, ": ", repr(data_text)
if is_data and not is_addr(node_name):
device_type, product_type = self._resolver.to_product_type_non_blocking(node)
items = {}
if product_type == XBeeSensorLTHAdapter:
items = xbeelth.sample(data)
print "xgw: Recv ", node_name, " IS sample from ", GetXBeeProductName(product_type), " = ", repr(items)
updateDataItems(node_name, items, cur_time)
def element(self):
return Element("m", dict(time=fmt_time(self.time), node=self.node), [self.message])
def __str__(self):
return self.message + "," + fmt_time(self.time) + "," + self.node
def element(self):
return Element("d", dict(tag=self.tag, time=fmt_time(self.time), node=self.node), [self.value])
def __str__(self):
return self.tag + "," + str(self.value) + "," + fmt_time(self.time) + "," + self.node
def element(self):
return Element("m", dict(time=fmt_time(self.time), node=self.node), [self.message])
def __str__(self):
return self.message + "," + fmt_time(self.time) + "," + self.node
def element(self):
return Element("d", dict(tag=self.tag, time=fmt_time(self.time), node=self.node), [self.value])
def __str__(self):
return self.tag + "," + str(self.value) + "," + fmt_time(self.time) + "," + self.node
