You can keep localhost (127.0.0.1) if you are running the oneM2M platform and the application in the same machine. Set the IP address of the oneM2M platform (variable ' monitorIP '). and edit the necessary configuration parameters. Open the file python/default.json with your favorite text editor. You can keep localhost (127.0.0.1) if you are running the ACME platform and the application in the same computer.įill in the API Token obtained from OpenWeatherMap in the variable ' weatherAPIToken ' Set the IP address of the ACME platform (variable ' monitorIP '). Open the file nodejs / config/default.json with your favorite text editor. You can use one of the two provided applications: NodeJS OR Python

'oneM2M-IoT-Application/python/onem2m-monitor.py'.

'oneM2M-IoT-Application/nodejs/onem2m-monitor.js'.

The source code is available on the folder: The potentiometer monitoring and display management application source code is provided in NodeJS and Python. Open the following URL in your browser to access the ACME IoT platform web interface: You should see at the end of the logs 'CSE Started'. The IoT Platform can be launched through: python3 acme.py If needed, you can change the configuration of the IoT Platform by editing the file: ' acme.ini ”. The database is reset after each restart. The IoT platform will listen on port 8080. The default configuration can be used for a local demonstration. Refer to the official documentation for installing, configuring, and running the platform.Ĥ.

KETI Mobius : An open-source implementation in Node.js ( link )įor this tutorial, ACME implementation will be used.

ACME : An open-source implementation in Python ( link ).

Eclipse OM2M : An open-source implementation in Java ( link).

Different platforms exist, we can cite some: You will also need an implementation of oneM2M platform.

oneM2M-IoT-Device-Simulator : Node.js program to simulate various IoT sensors & actuators.

oneM2M-IoT-Application : IoT applications written in Node.js & Python.

oneM2M-IoT-Device : The NodeMCU Sketch(es).

This repository includes different projects:

A weather info API access from OpenWeatherMapĭownload the necessary resources from the main repository:.

Node.js environment OR Python environment for IoT Applications.

Your favorite IDE to develop your IoT application.

section 3) : - Java Runtime Environment (JRE >= 1.8) if you use Eclipse OM2M - Python 3 environment if you use ACME - NodeJS environment if you use KETI Mobius

A runtime environment for the chosen oneM2M platform (cf.

The following tools are required to run this demonstration.

Esp8266 nodemcu eclipse development