entCPP

entCPP is a C++ library designed to facilitate the creation and management of embedded systems, particularly those utilizing microcontrollers. It provides a framework for developing applications in a structured and object-oriented manner, aiming to simplify complex embedded programming tasks. The library focuses on offering abstractions for common hardware peripherals such as General Purpose Input/Output (GPIO) pins, timers, and communication interfaces like UART and SPI.

A key feature of entCPP is its emphasis on portability. By abstracting hardware-specific details, developers can write code that is more likely to be adaptable to different microcontroller architectures with minimal modifications. This is achieved through a layer of abstraction that separates the application logic from the underlying hardware drivers. The library typically includes mechanisms for handling interrupts, managing memory, and providing basic real-time operating system (RTOS)-like functionalities, although it may not be a full-fledged RTOS itself.

EntCPP aims to improve code maintainability and readability compared to low-level C programming often found in embedded development. Its object-oriented design encourages modularity, allowing developers to create reusable components for their embedded projects. The library's development often targets resource-constrained environments, seeking to balance functionality with efficiency in terms of memory usage and processing power. It is often used in projects where C++ offers advantages in terms of complexity management and higher-level abstractions over traditional C for embedded systems.