ProsecCoAP - A CoAP client and server library for Arduino.

CoAP simple server/client library for Arduino IDE/PlatformIO, ESP32, ESP8266.

Documentation is available at https://decadenza.github.io/ProsecCoAP/.

Details

This library is a partial implementation of CoAP protocol (RFC-7252) supporting:

• request/respose semantics,
• observe pattern.

This library is a fork of CoAP-simple-library and aims at providing:

• Clear documentation and ease of use.
• A closer implementation of the (RFC-7252).

How to install

From Arduino IDE Library Manager

1. Open the Sketch menu in the IDE.
2. Navigate to Include Library > Manage Libraries.
3. Search for "ProsecCoAP" and install.

Manual

1. Download this source code branch as a zip file.
2. In the Arduino IDE, navigate to Sketch > Include Library > Add .ZIP Library. At the top of the drop down list, select the option to "Add .ZIP Library".

Getting started

Navigate to File > Examples > ProsecCoAP to get started with some basic examples.

How to test

The examples need CoAP server libcoap or microcoap server to work. You can, alternatively:

• Use two devices and use serial monitor.
• Use one device and a CoAP tool on your computer for testing.
• Use libcoap by compiling the examples yourself or use the example binaries available as Debian package libcoap3-bin. In this case, you can test with coap-client-notls and coap-server-notls.

Documentation

Documentation is available at: https://decadenza.github.io/ProsecCoAP/.

Building the documentation

To manually build documentation from the main folder, run:

doxygen

The documentation will accesible from ./html/index.html.

Particle Photon, Core compatible

Check this version of the library for Particle Photon, Core compatibility.

Release process

A new version is released following these steps:

1. Update library.properties as required, using a new vX.Y.Z tag.
2. Create the corresponding vX.Y.Z tag and a new release (for GitHub and Arduino library manager). The logs for the Arduino library manager bot can be checked here.
3. Publish the new library to PlatformIO, running the following from the main project folder:

   pio pkg publish .

Credits

This library is a fork of CoAP-simple-library by Hirotaka Niisato. Credits for all the orginal code go to the original contributors.

We are grateful to the original author for providing a solid, lightweight foundation for CoAP communication on embedded systems. This project maintains the original MIT License and continues the spirit of open-source IoT development.