def M2M_RxRouting(self, objJsonMsg):
class_Node_MQTTManager.SubscriberThreading.callbackST = self.CallBackRxRouting
separation_obj_json_msg = copy.copy(objJsonMsg)
if separation_obj_json_msg[
"Control"] == "ADDFS": # Recive control from IoT Server for Function Server Topic
for fp in separation_obj_json_msg["FSPairs"]:
# ["FS1", "M2M", "10.0.0.1", "IOs"]
fspair = class_Node_Obj.FSPair(fp[0], fp[1], fp[2], fp[3])
if (fp[1] == "M2M"):
try:
ReqToFS = {
"Node": "%s" % self.nodeUUID,
"Control": "M2M_REQTOPICLIST",
"Source": "%s" % self.nodeUUID
}
Send_json = json.dumps(ReqToFS)
publisher.MQTT_PublishMessage(fp[0], Send_json)
class_Node_MQTTManager.SubscriberThreading(
fp[0], self.nodeUUID).start()
#call = class_Node_MQTTManager.SubscriberThreading(fp[0], self.nodeUUID)
#call.start()
#call.join()
except (RuntimeError, TypeError, NameError) as e:
print(bcolors.FAIL +
"[ERROR] Send Request for topic list error!" +
str(e) + bcolors.ENDC)
return
elif separation_obj_json_msg["Control"] == "M2M_REPTOPICLIST":
for subTopic in separation_obj_json_msg["SubscribeTopics"]:
RuleObj = class_Node_Obj.M2M_RuleObj(
subTopic["TopicName"], subTopic["Target"],
subTopic["TargetValueOverride"])
##過濾node多的訊息
# print(subTopic["Node"]+" ---- "+self.nodeUUID)
self.Rules.append(RuleObj)
if (subTopic["Node"] == self.nodeUUID):
class_Node_MQTTManager.SubscriberThreading(
subTopic["TopicName"], self.nodeUUID).start()
elif separation_obj_json_msg["Control"] == "M2M_SET":
for rule in self.Rules:
if rule.TopicName == separation_obj_json_msg["TopicName"]:
####### You need custom something here #######
#print(
# bcolors.OKGREEN + ">>Trigger<< Rx SET Msg " + rule.Target + " " + rule.TargetValueOverride + bcolors.ENDC)
#pe
print(bcolors.OKGREEN + "%s >>Parameter<< %s" %
(separation_obj_json_msg["TopicName"],
separation_obj_json_msg["M2M_Value"]) +
bcolors.ENDC)
#print(separation_obj_json_msg["M2M_Value"][0])
if (separation_obj_json_msg["M2M_Value"][0] == "TEMP"):
return separation_obj_json_msg["M2M_Value"][1]
elif (separation_obj_json_msg["M2M_Value"][0] == "DUST"):
return separation_obj_json_msg["M2M_Value"][1]
elif (separation_obj_json_msg["M2M_Value"][0] == "QUAKE"):
return separation_obj_json_msg["M2M_Value"][1]
def M2M_RxRouting(self, objJsonMsg):
class_Node_MQTTManager.SubscriberThreading.callbackST = self.CallBackRxRouting
separation_obj_json_msg = copy.copy(objJsonMsg)
if separation_obj_json_msg[
"Control"] == "ADDFS": # Recive control from IoT Server for Function Server Topic
for fp in separation_obj_json_msg["FSPairs"]:
# ["FS1", "M2M", "10.0.0.1", "IOs"]
fspair = class_Node_Obj.FSPair(fp[0], fp[1], fp[2], fp[3])
if (fp[1] == "M2M"):
try:
ReqToFS = {
"Node": "%s" % self.nodeUUID,
"Control": "M2M_REQTOPICLIST",
"Source": "%s" % self.nodeUUID
}
Send_json = json.dumps(ReqToFS)
publisher.MQTT_PublishMessage(fp[0], Send_json)
class_Node_MQTTManager.SubscriberThreading(
fp[0], self.nodeUUID).start()
except (RuntimeError, TypeError, NameError) as e:
print(bcolors.FAIL +
"[ERROR] Send Request for topic list error!" +
str(e) + bcolors.ENDC)
return
elif separation_obj_json_msg["Control"] == "M2M_REPTOPICLIST":
if separation_obj_json_msg[
"Gateway"] == "B0107@NODE-8c987879-958f-44e4-b1ac-010701070107":
for subTopic in separation_obj_json_msg["SubscribeTopics"]:
RuleObj = class_Node_Obj.M2M_RuleObj(
subTopic["TopicName"], subTopic["Target"],
subTopic["TargetValueOverride"])
self.Rules.append(RuleObj)
class_Node_MQTTManager.SubscriberThreading(
subTopic["TopicName"], self.nodeUUID).start()
elif separation_obj_json_msg["Control"] == "M2M_SET":
if separation_obj_json_msg["Room"] == "B0107":
for rule in self.Rules:
if rule.TopicName == separation_obj_json_msg["TopicName"]:
key = rule.TargetValueOverride
ser = serial.Serial('/dev/ttyACM0', 9600)
ser.write(bytes(key, 'UTF-8'))
####### You need custom something here #######
print(bcolors.OKGREEN + ">>Trigger<< Rx SET Msg " +
rule.Target + " " + rule.TargetValueOverride +
bcolors.ENDC)
def M2M_RxRouting(self, objJsonMsg):
class_Node_MQTTManager.SubscriberThreading.callbackST = self.CallBackRxRouting
separation_obj_json_msg = copy.copy(objJsonMsg)
if separation_obj_json_msg[
"Control"] == "ADDFS": # Recive control from IoT Server for Function Server Topic
for fp in separation_obj_json_msg["FSPairs"]:
# ["FS1", "M2M", "10.0.0.1", "IOs"]
fspair = class_Node_Obj.FSPair(fp[0], fp[1], fp[2], fp[3])
if (fp[1] == "M2M"):
try:
ReqToFS = {
"Node": "%s" % self.nodeUUID,
"Control": "M2M_REQTOPICLIST",
"Source": "%s" % self.nodeUUID
}
Send_json = json.dumps(ReqToFS)
publisher.MQTT_PublishMessage(fp[0], Send_json)
class_Node_MQTTManager.SubscriberThreading(
fp[0], self.nodeUUID).start()
except (RuntimeError, TypeError, NameError) as e:
print(bcolors.FAIL +
"[ERROR] Send Request for topic list error!" +
str(e) + bcolors.ENDC)
return
if (fp[1] == "Guide"):
try:
ReqToFS = {
"Node": "%s" % self.nodeUUID,
"Control": "Guide_REQTOPICLIST",
"Source": "%s" % self.nodeUUID
}
Send_json = json.dumps(ReqToFS)
publisher.MQTT_PublishMessage(fp[0], Send_json)
class_Node_MQTTManager.SubscriberThreading(
fp[0], self.nodeUUID).start()
except (RuntimeError, TypeError, NameError) as e:
print(bcolors.FAIL +
"[ERROR] Send Request for topic list error!" +
str(e) + bcolors.ENDC)
return
elif separation_obj_json_msg["Control"] == "M2M_REPTOPICLIST":
for subTopic in separation_obj_json_msg["SubscribeTopics"]:
RuleObj = class_Node_Obj.M2M_RuleObj(
subTopic["TopicName"], subTopic["Target"],
subTopic["TargetValueOverride"])
self.Rules.append(RuleObj)
class_Node_MQTTManager.SubscriberThreading(
subTopic["TopicName"], self.nodeUUID).start()
elif separation_obj_json_msg["Control"] == "Guide_REPTOPICLIST":
for subTopic in separation_obj_json_msg["SubscribeTopics"]:
RuleObj = class_Node_Obj.M2M_RuleObj(
subTopic["TopicName"], subTopic["Target"],
subTopic["TargetValueOverride"])
self.Rules.append(RuleObj)
class_Node_MQTTManager.SubscriberThreading(
subTopic["TopicName"], self.nodeUUID).start()
elif separation_obj_json_msg["Control"] == "CALL":
for rule in self.Rules:
if rule.TopicName == separation_obj_json_msg["TopicName"]:
####### You need custom something here #######
print(bcolors.OKGREEN +
">>WARNING<< FROM THE INFROMATION DESK: " +
separation_obj_json_msg["MSG"] + rule.Target + " " +
bcolors.ENDC)