def kill_the_tree(host, cseid, username, password):
"""Delete the whole tree."""
connection = ciotdm.connect(host,
base=cseid,
auth=(username, password),
protocol="http")
connection.kill()
connect.create(path, rt_contentInstance, attr)
print criotdm.text(connect.response)
if criotdm.status_code(connect.response) > 299:
create_container(parentpath, payloadjson['deviceName'])
connect.create(path, rt_contentInstance, attr)
def on_message_print(client, userdata, message):
print("%s %s" % (message.topic, message.payload))
create_cin(inputPath, message.payload)
def getCSEName(path):
return path.split('/')[0]
def createContainerPath(path):
pathArray = path.split('/')
print pathArray
parent = CSEName
for resource in pathArray:
create_container(parent, resource)
parent = parent + "/" + resource
inputHost = raw_input("Please enter the hostname of the MQTT broker (like 168.128.108.105):")
inputPort = raw_input("Please enter the port number (like 1883):")
inputTopic = raw_input("Please enter the topic you want to subscribe (like /tdf/test):")
inputPath = raw_input("Please enter the path of IOTDM to store the data(like InCSE1/MQTTMessage):")
CSEName = getCSEName(inputPath)
connect = ciotdm.connect(httphost, base=CSEName, auth=(httpuser, httppass), protocol="http")
createContainerPath(inputPath.lstrip(CSEName+"/"))
subscribe.callback(on_message_print, topics = inputTopic, hostname = inputHost, port = inputPort)
# subscribe.callback(on_message_print, topics = "/tdf/test", hostname = "168.128.108.105", port = 1883)
def connect_to_iotdm(host, base, user, password, prot):
"""According to protocol, connect to iotdm."""
return ciotdm.connect(host, base, auth=(
user, password), protocol=prot)
def kill_the_tree(host, CSEID, username, password):
"""Delete the whole tree."""
connection = ciotdm.connect(host, base=CSEID,
auth=(username, password), protocol="http")
connection.kill()
