Arduino Libraries for Raspberry Pi: Unlocking the Power of Cross-Platform Development

The world of microcontrollers has never been more exciting, with the rapid growth of open-source platforms like Arduino and Raspberry Pi. While these platforms are designed to work together seamlessly, there are times when you need to bridge the gap between them. That's where Arduino libraries for Raspberry Pi come into play.

In this article, we'll explore how Arduino libraries can be used on Raspberry Pi devices, including defining build options, setting platform settings, and supporting a wide range of hardware.

Defining Build Options

One of the key benefits of using Arduino libraries on Raspberry Pi is the ability to easily define build options. This allows you to set flags for specific platforms, such as STM32Duino or ESP boards. You can do this by providing build options in the IDE or within a file called `zio_local_definitions.h` located in the root of your source directory.

Platform Settings

Our libraries support various platform settings, including critical sections for data synchronization on Raspberry Pi Pico earlephilhower core, circular buffers, and task manager. These settings ensure that your code runs smoothly and efficiently across different platforms.

Supported Boards

Our libraries are designed to work with a wide range of boards, including nearly every official Arduino board, most ESP boards, and many mbed version 5 and 6 boards with or without an RTOS. We test our libraries on boards ranging from Uno to ESP32 and large STM32F4 boards.

Core Libraries

We maintain several core libraries that are designed to work in lockstep with each other in terms of compatibility and board support. These libraries include:

* LiquidCrystalIO: A task manager-friendly fork of the Arduino LCD library that works over many IO devices.

* SimpleCollections: A simple binary searchable list and a thread/interrupt-safe circular buffer that work on a very wide range of boards.

* tcUnicodeHelper: UTF-8 unicode support for Adafruit_GFX, tcMenu, U8G2, LTDC, and TFT_eSPI.

* tcMenu: A fully-fledged embedded menu framework with a designer UI and IoT capabilities.

* IoAbstraction: Provides user input, EEPROM, and IO helper classes.

* TaskManagerIO: Provides core event and task scheduling services to Arduino sketches.

Arduino libraries for Raspberry Pi offer a powerful way to unlock the potential of your microcontrollers. With their ability to define build options, set platform settings, and support a wide range of hardware, these libraries are perfect for developers looking to bridge the gap between different platforms. Whether you're working on a project that requires data synchronization or simply need to get your code running efficiently across multiple boards, Arduino libraries have got you covered.

By using Arduino libraries on Raspberry Pi, you can take advantage of the flexibility and customization options offered by these open-source platforms. So why wait? Start exploring the world of Arduino libraries for Raspberry Pi today and see what amazing projects you can create!

Arduino libraries raspberry pi