Mongoose OS ACE Resource Server

This repository holds a proof-of-concept implementation for a resource server proposed in the IETF ACE draft document: https://tools.ietf.org/pdf/draft-ietf-ace-oauth-authz-12.pdf. It uses Mongoose OS as a development platform and was tested using a Widora AIR ESP32 development board. You can learn more about Mongoose OS here: https://mongoose-os.com/docs/README.md

This implementation is to be used along with the authorization server and client implementation from: https://github.com/HappyEmu/ace

Getting Started

Building

To build the firmware, use

~/.mos/bin/mos build --platform esp32

Flashing

To flash the built firmware to the device, run

~/.mos/bin/mos flash --port /dev/cu.{YOUR_PORT_HERE}

Connect to Console

You can inspect the running program using

~/.mos/bin/mos console --port /dev/cu.{YOUR_PORT_HERE}

If you see a lot of xs in the terminal, you can try to reset the device.

Connect to WiFi

Your device should be in the same network as the authorization server and client. You can instruct the device to connect to your WiFi network using

~/.mos/bin/mos console {WIFI_NETWORK_NAME} {WIFI_PASSWORD} --port /dev/cu.{YOUR_PORT_HERE}

Resources

This RS implementation exposes two protected resources

[GET] /temperature
[POST] /led

The temperature endpoint reports the temperature and humidity value of an attached DHT22 sensor. The LED endpoint allows the attached LED to be enabled or disabled.