def on_readline(line):
log("I: " + line)
received = line.split(' ')
nodeid = received[1]
bytedata = received[2:]
if nodeid in ehc.nodelist:
decoded = ehc.decode_frame(nodeid, bytedata)
if decoded:
nodename = ehc.nodelist[nodeid]['nodename']
nodevars = {}
for i in range(len(decoded)):
varname = ehc.nodelist[nodeid]['Rx']['names'][i]
nodevars[varname] = decoded[i]
log(" rx/" + nodename + "/" + varname + "/value " +
str(decoded[i]))
mqttc.publish("rx/" + nodename + "/" + varname + "/value",
decoded[i],
retain=True)
r.set("rx/%s/%s" % (nodename, varname), decoded[i])
mqttc.publish("rx",
json.dumps({
"nodeid": nodeid,
"values": decoded
}))
def on_readline(line):
print "I: " + line
received = line.split(',')
nodeid = received[0]
bytedata = received[1:]
decoded = ehc.decode_frame(nodeid, bytedata)
if decoded:
nodename = ehc.nodelist[nodeid]['nodename']
for i in range(len(decoded)):
varname = ehc.nodelist[nodeid]['names'][i]
print " rx/" + nodename + "/" + varname + " " + str(decoded[i])
mqttc.publish("rx/" + nodename + "/" + varname, decoded[i])
r.set("rx/%s/%s" % (nodename, varname), decoded[i])
def on_readline(line):
print "I: "+line
received = line.split(',')
nodeid = received[0]
bytedata = received[1:]
decoded = ehc.decode_frame(nodeid,bytedata)
if decoded:
nodename = ehc.nodelist[nodeid]['nodename']
for i in range(len(decoded)):
varname = ehc.nodelist[nodeid]['names'][i];
print " rx/"+nodename+"/"+varname+" "+str(decoded[i])
mqttc.publish("rx/"+nodename+"/"+varname,decoded[i])
r.set("rx/%s/%s" % (nodename, varname),decoded[i])
def on_readline(line):
log("I: "+line)
received = line.split(' ')
nodeid = received[1]
bytedata = received[2:]
if nodeid in ehc.nodelist:
decoded = ehc.decode_frame(nodeid,bytedata)
if decoded:
nodename = ehc.nodelist[nodeid]['nodename']
nodevars = {}
for i in range(len(decoded)):
varname = ehc.nodelist[nodeid]['Rx']['names'][i]
nodevars[varname] = decoded[i]
log(" rx/"+nodename+"/"+varname+"/value "+str(decoded[i]))
mqttc.publish("rx/"+nodename+"/"+varname+"/value",decoded[i],retain=True)
r.set("rx/%s/%s" % (nodename, varname),decoded[i])
mqttc.publish("rx",json.dumps({"nodeid":nodeid, "values":decoded}))
# Extract rssi
rssi = -1 * int(received[-1][1:-1])
else:
bytepart = received
rssi = 0
try:
# Only integers are expected
bytepart = [int(val) for val in bytepart]
except Exception:
# self._log.warning("Misformed RX frame: " + str(bytepart))
pass
else:
t = int(time.time())
decoded = ehc.decode_frame(bytepart)
nodeid = decoded[0]
decoded = decoded[1:]
try:
nodes = json.loads(r.get("nodes"))
except Exception:
nodes = {}
nodes[nodeid] = {}
nodes[nodeid]['variables'] = []
names = []
if str(nodeid) in ehc.nodelist and 'names' in ehc.nodelist[str(
nodeid)]:
# Extract rssi
rssi = -1 * int(received[-1][1:-1])
else:
bytepart = received
rssi = 0
try:
# Only integers are expected
bytepart = [int(val) for val in bytepart]
except Exception:
# self._log.warning("Misformed RX frame: " + str(bytepart))
pass
else:
t = int(time.time())
decoded = ehc.decode_frame(bytepart)
nodeid = decoded[0]
decoded = decoded[1:]
try:
nodes = json.loads(r.get("nodes"))
except Exception:
nodes = {}
nodes[nodeid] = {}
nodes[nodeid]['variables'] = []
names = []
if str(nodeid) in ehc.nodelist and 'names' in ehc.nodelist[str(nodeid)]:
names = ehc.nodelist[str(nodeid)]['names']
