def query_and_view_edge_util():
queryType = request.form['queryType']
category = request.form['category']
order = request.form['order']
desc = request.form['desc']
limit = request.form['limit']
requirements = request.form['requirements']
additionalFields = request.form['additionalFields']
device_id = device_config_db.get_device_id()
url = 'http://localhost:'+str(server_port)+'/api/utilization/query'
json_data = {
'query':{
'queryID':1,
'queryType':queryType,
'category':category,
'order':order,
'desc':desc,
'limit':limit,
'requirements':requirements,
'additionalFields':additionalFields
},
'DeviceID':device_id
}
response = requests.post(url, json=json_data)
device_status = device_config_db.get_device_status()
return render_template('edge_util.html',
device_status=device_status)
def run_qos_interpreter_and_view_result():
service_type = request.form['service_type']
service_name = request.form['service_name']
requirements = request.form['requirements']
json_data = {
'service_type': service_type,
'service_name': service_name,
'requirements': json.loads(requirements)
}
device_id = device_config_db.get_device_id()
device_status = device_config_db.get_device_status()
temp_result = qos_interpreter.interpret(json_data)
output_result = []
if ('delay' in temp_result.keys()):
output_result.append(temp_result['delay'])
if ('jitter' in temp_result.keys()):
output_result.append(temp_result['jitter'])
if ('bandwidth' in temp_result.keys()):
output_result.append(temp_result['bandwidth'])
if ('lossrate' in temp_result.keys()):
output_result.append(temp_result['lossrate'])
return render_template('qos_interpreter.html',
interpreted=True,
device_status=device_status,
input_desc=json_data,
output_result=output_result)
def leave_and_view_edge_config():
#request.form[]
url = 'http://localhost:'+str(server_port)+'/api/configuration/leave'
response = requests.get(url)
device_status = device_config_db.get_device_status()
device_id = device_config_db.get_device_id()
print('Device status: ', device_status)
return render_template('edge_config.html',
device_status=device_status,
register_list=None)
def get(self):
device_id = device_config_db.get_device_id()
# TODO: get resources
resources = 'none'
# Internal function for the API request
update(device_id, resources)
# return values
return {'error':0}, status.HTTP_200_OK
def get(self):
device_id = device_config_db.get_device_id()
# Relay: not used yet (2017.11.30)
relay = 'none'
# Internal function for the API request
leave(device_id, relay)
device_config_db.set_device_status('leave')
# return values
return {'error':0}, status.HTTP_200_OK
def post(self):
# Parse post arguments
json_data = request.get_json(force=True)
print('[EdgeUtilQuery] recv query from user/service:\n', json_data)
if ('query' in json_data):
query_index = device_config_db.add_query(json_data['query'])
json_data['query']['queryID'] = str(query_index)
device_id = ''
if ('DeviceID' in json_data):
device_id = json_data['DeviceID']
else:
device_id = device_config_db.get_device_id()
send_query(device_id, json_data['query'])
# return values
return {'error': 0}, status.HTTP_200_OK
def post(self):
# Parse post arguments
json_data = request.get_json(force=True)
register_list = json_data['register_list']
print('[EdgeConfigRegister] recv JSON Data from user/service:\n', json_data)
device_id = device_config_db.get_device_id()
# Get registration list
register_id = device_config_db.get_register_id(register_list)
#device_config_db.add_register_list(register_list)
for reg in register_list:
index = device_config_db.add_register(reg)
reg['index'] = str(index)
# Relay: not used yet (2017.11.30)
relay = 'none'
# Internal function for the API request
register(device_id, register_id, register_list, relay)
# return values
return {'error':0}, status.HTTP_200_OK
def on_connect(client, userdata, flags, rc):
device_id = device_config_db.get_device_id()
print("connected with result code " + str(rc))
