IRremoteESP8266: A Comprehensive Library for Infrared Remote Control Tasks on ESP8266
A brief introduction to the project:
The IRremoteESP8266, found on GitHub, is an open-source project that allows for complete infrared remote control on the ESP8266 chip. The relevance of the project lies in its extensive use in controlling a wide variety of home appliances that operate via infrared signalling.
Project Overview:
The IRremoteESP8266 GitHub project intends to bring comprehensive remote control functions for devices using the ESP8266 chips. The primary problem it aims to solve is the complicated and diverse nature of infrared signaling protocols used by various appliances. By offering a comprehensive library with multiple, built-in protocols, it simplifies the infrared remote control. The project mainly targets IoT enthusiasts, hobbyists and developers who work on creating custom applications for controlling appliances like TVs, ACs, fans, and other IR operated devices.
Project Features:
IRremoteESP8266 hosts several key features. It supports decoding of infrared signals and dispatching them back to the respective devices. In addition, it supports a wide variety of protocols, thus ensuring compatibility with most devices you'll encounter. It is also equipped with functionalities to handle raw data and an inbuilt method to avoid duplicate signals. By these features, IRremoteESP8266 achieves its aim to make infrared remote control tasks simplistic yet effective. For use-case, a hobbyist can use this library to build a custom application which can control all IR operated devices from his mobile.
Technology Stack:
The software stack of IRremoteESP8266 primarily comprises C++ programming language, making it apt for embedded systems applications on an ESP826 The project relies on the ESP8266 core for Arduino which provides a wholesome platform for IoT developments. The choice of this tech stack makes it possible for the project to be low-memory consuming and high in performance.
Project Structure and Architecture:
The project is structured into different categories, including code, examples, extlibs, testing, and tools, each serving its functions. The components or modules, like different signal receivers and senders, interact directly with each other. The architecture follows a standard object-oriented programming design, ensuring code reusability and enhancing the project's maintainability.
Contribution Guidelines:
