def lambda_handler(event, context):
client = event['pathParameters']['id']
#connecting to redis
conn = daoredis.connection(ssmutils.get_parameter_store('REDIS_HOST'))
#get client
resp = daoredis.get_all(conn, "client:" + client)
if resp:
return utils.response(resp, 200)
else:
return utils.response({"message": "Not Found"}, 404)
def lambda_handler(event, context):
#get id client pathParameter
client_id = event['pathParameters']['id']
#get client and queue information by this client_id
conn_mysql = connection()
resp = get_user_queue(conn_mysql, client_id)
#if do not exists, so not found
if not resp:
return utils.response({"message": "Not Found"}, 404)
else:
return utils.response(resp, 200)
def lambda_handler(event, context):
customer_id = ''
#verify if token is in header
if not 'Authorization' in event['headers'] or not event['headers'][
'Authorization']:
return response('Token invalido', 400)
#decode token
try:
token = event['headers']['Authorization'].split()
if not (token[0].lower() == 'bearer' and token[1]):
raise Exception('Unauthorized')
token_decoded = utils.jwt_decode(
token[1], ssmutils.get_parameter_store('TOKEN_KEY'))
customer_id = token_decoded['inf']['email']
except Exception as e:
print(e)
raise Exception('Unauthorized')
#get customer
customer = get_pre_customer(customer_id)
if not customer:
return response('Usuario invalido', 400)
#remove password
customer.pop('password', None)
return utils.response(customer, 200)
def lambda_handler(event, context):
queue = event['pathParameters']['id']
#verify if this list belongs to this user
token = get_token_from_headers(event['headers'])
token_decoded = utils.jwt_decode(token,
ssmutils.get_parameter_store('TOKEN_KEY'))
conn = connection()
if not verify_user_queue(conn, token_decoded['inf']['uuid'], queue):
conn.close()
return response('Fila invalida!', 400)
#connecting to redis
conn = daoredis.connection(ssmutils.get_parameter_store('REDIS_HOST'))
#get clients from queue
clients = daoredis.get_all_queue(conn, queue)
#transform string position into integer position, after sort by position
if clients:
list = []
for client in clients:
client["pos"] = int(client["pos"])
list.append(client)
list.sort(key=operator.itemgetter("pos"))
clients = list
return utils.response(clients, 200)
def lambda_handler(event, context):
if 'username' not in event['headers'] or not event['headers']['username']:
return response('Unauthorized', 401)
if 'password' not in event['headers'] or not event['headers']['password']:
return response('Unauthorized', 401)
username = event['headers']['username']
password = event['headers']['password']
#get from dynamodb: custmer
customer = get_customer(username)
if not customer:
print('user doesnot exists precustomer neither customer')
return response('Unauthorized', 401)
else:
#if user exists, but password wrong
if customer['password'] != utils.encode_password(password):
return response('Unauthorized', 401)
else:
#generate token
token_expiration = 3600 * 24 #one day expiration
token = str(
utils.jwt_encode(
{
'email': customer['email'],
'uuid': customer['UUID']
}, ssmutils.get_parameter_store('TOKEN_KEY'),
token_expiration), "utf-8")
#print login
log = {
'login-auth': {
'time': str(datetime.now()),
'user': username
}
}
print(log)
#auth ok
return utils.response(
{
"token": token,
"exp": int((time())) + token_expiration,
"type": "Bearer"
}, 200)
def lambda_handler(event, context):
#get customer (user_id) from token
token = get_token_from_headers(event['headers'])
token_decoded = utils.jwt_decode(token,
ssmutils.get_parameter_store('TOKEN_KEY'))
user_id = token_decoded['inf']['uuid']
#set queue_id if exists, to bring an especific queue
queue_id = False
if event['pathParameters'] != None and 'id' in event['pathParameters']:
queue_id = event['pathParameters']['id']
print('queue_id: ' + queue_id)
#get queues
conn_mysql = connection()
queues = get_user_queue(conn_mysql, user_id, queue_id)
#if the request is trying to get an especific queue, but the query not find, so its 404 (not found)
if not queues and queue_id:
return response('Not Found', 404)
else:
return utils.response(queues, 200)
def moveLeft():
# USE JSON FOR SIMPLICITY
request_json = request.get_json()
print("request json: ", request_json)
# socketio.emit("move", request_json["message"]) # emit to the robot socket
return response('success', "moved left", 200)
def response(message, status_code):
return utils.response({"message": message}, status_code)
def device(oid):
devices = utils.response("device", oid, True).generate()
return flask.jsonify(devices)
def counterMulti(oid, n):
counter = utils.response("counter", oid, True)
counter.getHistory(n)
reply = counter.generate()
return flask.jsonify(reply)
def counter(oid):
counter = utils.response("counter", oid, True).generate()
return flask.jsonify(counter)
def site(oid):
site = utils.response("site", oid, True).generate()
return flask.jsonify(site)
def siteAll():
site = utils.response("site", "all", False).generate()
return flask.jsonify(site)
def connection(oid):
cons = utils.response("connection", oid, True).generate()
return flask.jsonify(cons)
def connectionAll():
cons = utils.response("connection", "all", False).generate()
return flask.jsonify(cons)
def moveRight():
request_json = request.get_json()
print("request json: ", request_json)
return response('success', "moved right", 200)
def moveBackward():
request_json = request.get_json()
print("request json: ", request_json)
return response('success', "moved Backward", 200)
def deviceAll():
devices = utils.response("device", "all", False).generate()
return flask.jsonify(devices)
