轻松入门:MicroPython驱动物联网开发

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《MicroPython for the Internet of Things》是一本面向初学者的指南,旨在帮助读者轻松入门使用Python编程语言在微控制器和物联网设备上进行开发。本书的作者是Charles Bell,它打破了传统的C-like语言障碍,让物联网设备的编程变得简单快捷。MicroPython是一种基于Python的轻量级脚本语言,特别适合那些对电子学和物联网世界不熟悉的读者。 书中以实践和动手操作为主,避免过多理论细节,使学习过程更加直观。通过本书,读者可以: 1. 学习如何使用MicroPython编程:MicroPython简化了微控制器的编程过程,提供了一种更为直观的方式来控制硬件设备。 2. 掌握传感器和基础电子知识:了解如何与各种传感器交互,为物联网项目打下坚实的基础。 3. 开发自己的物联网项目:书中的例子涵盖了多种支持的设备、传感器(如Pycom的WiPy模块和pyboard)以及ESP8266等常见板子。 4. 安装和使用MicroPython在ESP8266等类似板子上:本书指导读者如何将MicroPython加载到这些嵌入式系统中,使其具备网络功能。 5. 与硬件接口:通过硬件扩展板,学习如何有效地将硬件与软件连接起来,实现设备的控制和数据传输。 6. 探索Adafruit IO:了解如何利用这个易于使用的平台,将微控制器连接到云端,实现远程监控和数据共享。 《MicroPython for the Internet of Things》特别适合那些希望避免使用C++或C编程的物联网解决方案开发者,同时对于想要在Arduino和Raspberry Pi平台上更便捷地处理硬件的用户也非常有用。本书提供了大量的实例项目,使读者能够快速上手,体验到Python在物联网领域的强大潜力。无论是电子爱好者还是专业人士,都可以通过这本书快速提升技能,进入物联网世界的前沿。
2018-02-09 上传
Internet of Things (IOT) solutions are not nearly as complicated as the name may seem to indicate. Indeed, the IOT is largely another name for what we have already been doing. You may have heard of “connected devices” or “Internet-ready” or even “cloud-enabled.” All of these refer to the same thing — be it a single device such as a toaster or a plant monitor or a complex, multidevice product like home automation solutions. They all share one thing in common: they can be accessed via the Internet to either display data or interact with the devices directly. The trick is applying knowledge of technologies to leverage them to the best advantages for your IOT solution. In this book, we explore how to build IOT solutions using an easy-to-understand programming language named MicroPython running on small, dedicated microcontroller boards. Intended Audience I wrote this book to share my passion for Python and IOT solutions. I especially wanted to show how anyone can program their own IOT solutions in Python using MicroPython on small microcontroller boards. The intended audience therefore includes anyone interested in learning how to build IOT solutions, hobbyists, and enthusiasts who don’t want to spend a lot of time learning a complicated programming language to control hardware through software in IOT solutions. How This Book Is Structured The book was written to guide the reader from a general knowledge of microcontrollers and MicroPython to expertise in developing MicroPython solutions for the IOT. The first several chapters cover general topics including a short introduction to the Internet of Things, what microcontroller boards are available as well as how MicroPython works. Later chapters present a tutorial on programming in MicroPython as well as an introduction to electronics. This is followed by four projects that you can implement to learn how to build MicroPython IOT solutions. Throughout the book are examples of how to implement many of the concepts presented