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Python Programming for Arduino, by Pratik Desai
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Develop practical Internet of Things prototypes and applications with Arduino and Python
About This Book- Transform your hardware ideas into real-world applications using Arduino and Python
- Design and develop hardware prototypes, interactive user interfaces, and cloud-connected applications for your projects
- Explore and expand examples to enrich your connected device's applications with this step-by-step guide
This is the book for you if you are a student, hobbyist, developer, or designer with little or no programming and hardware prototyping experience, and you want to develop IoT applications.
If you are a software developer or a hardware designer and want to create connected devices applications, then this book will help you get started.
What You Will Learn- Design and develop your own hardware prototypes using Arduino
- Interface Arduino to a computer using the Firmata protocol and Python
- Acquire hands-on experience in developing applications for a variety of popular sensors
- Develop graphical user interfaces to control your components and plots to visualize sensor data
- Access your Arduino prototype from the Internet
- Implement messaging protocols for Arduino communication
- Connect your hardware project to cloud-based services
- Create advanced Internet of Things applications through projects in the book
The future belongs to applications and services that involve connected devices, requiring physical components to communicate with web-level applications. Arduino combined with the popular open source software platform Python can be used to develop the next level of advanced Internet of Things (IoT) projects with graphical user interfaces and Internet-connected applications.
Starting with designing hardware prototypes using Arduino, this book will then show you everything you need to know to be able to develop complex cloud applications. You will delve into domain-specific topics with incremental complexity, ending with real-world projects. You will quickly learn to develop user interfaces, plots, remote access, messaging protocols, and cloud connectivity. Each successive topic, accompanied by plenty of examples, will help you develop your cutting-edge hardware applications.
- Sales Rank: #358395 in Books
- Published on: 2015-02-27
- Released on: 2015-02-27
- Original language: English
- Number of items: 1
- Dimensions: 9.25" h x .91" w x 7.50" l, 1.51 pounds
- Binding: Paperback
- 400 pages
About the Author
Pratik Desai
Pratik Desai, PhD, is the Principal Scientist and cofounder of a connected devices start-up, Imbue Labs, where he develops scalable and interoperable architecture for wearable devices and Internet of Things (IoT) platforms during the day. At night, he leads the development of an open source IoT initiative, the Semantic Repository of Things. Pratik has 8 years of research and design experience in various layers of the IoT and its predecessor technologies such as wireless sensor networks, RFID, and machine-to-machine (M2M) communication. His domains of expertise are the IoT, Semantic Web, machine learning, robotics, and artificial intelligence. Pratik completed his MS and PhD from Wright State University, Ohio, and collaborated with the Ohio Center of Excellence in Knowledge-enabled Computing (Kno.e.sis) during his doctoral research. His doctoral research was focused on developing situation awareness frameworks for IoT devices, enabling semantic web-based reasoning and handling the uncertainty associated with sensor data. In his personal life, Pratik is an avid DIY junkie and likes to get hands-on experience on upcoming technologies. He extensively expresses his views on technology and shares interesting developments on Twitter (@chheplo).
Most helpful customer reviews
4 of 4 people found the following review helpful.
you will be pleased to notice that there is a very useful choice ...
By MRL
The book begins with an appropriate introduction to three main subjects: Python programming language, the dialect of C/C++ used in Arduino, and the basics of the Arduino platform.
Those subjects are covered in the first 47 pages and are not explained in depth, but all the main features are properly introduced.
Anyone who is familiar with a high level language can find this jump start suitable for his needs.
The book is full of interesting tools and tips to speed up your learning experience.
I particularly appreciate that there are many examples of code; first of all in Python, but often also in Arduino's own language.
The next part of the book provides a lot of recipes for various components (servo and DC motors, LEDs, speakers and so on) presenting a mini-project with the appropriate hardware configuration and a suitable Python program to deal with it.
If you need to find the proper hardware to complete those mini-projects, you will be pleased to notice that there is a very useful choice of URLs to online stores (such as Amazon).
Then, the author describes how to build graphical interfaces with a GUI library called Tkinter, storing and reading data from files and plotting charts with input values from sensors.
At the end of this part, a more complex example is introduced: DIY Thermostat. To complete this project, Raspberry PI is described and there are the main guidelines to use it to deploy the project.
Another half of the book is devoted to illustrate the use of Arduino and Python dealing with networks. At the beginning the basics are presented; then the author deals with "Internet of Things" projects and very advanced features such as web servers, REST interfaces and Amazon AWS services.
A last project summarizes all the concepts listed above.
The book is very well written and covers many subjects. A reader can start with the parts that he finds more interesting, but reading the entire book is a must for everyone who needs a really good coverage of Arduino and Python.
Sometimes I would have liked to get a more detailed description of some topics, but I understand that it would have been impossible, considering the impressive number of examples and projects discussed in the whole book.
I consider this book an ideal reading for programmers who want to work with sensors.
3 of 3 people found the following review helpful.
Great book for self education!
By Don L. Jackson
First my background: I'm an old software/hardware guy who first used the Intel 4004 microprocessor back in 1973. Since then
I have been professionally involved with microprocessors and microcontrollers, even after retirement. I've taught
college level courses on the micro. I know and have used quite a few languages from assembly to C++.
Going all the way through this book would keep anyone out of trouble for a long time. I must admit not getting
all the way through at this writing, although I have skimmed the remainder.
The author, in his easy to follow style, is honest and points out when Python should be used and when other "static"
(compiled) languages such as C would be better choice. He demonstrates use of both C and Python in the examples.
Fair treatment of the three major operating systems is refreshing. Those are Windows, Mac, and Linux. Linux
may not be the most popular, but many experimenters who would find this book useful do use Linux. He also
spends a good amount of time bringing new users of Python and the Arduino gently up to speed. Some background
in writing computer programs and elementary knowledge of electronics is desirable, but may not be necessary
as he explains most things in detail.
The "Firmata" protocol was totally foreign to me, and I finally figured out (correctly?) that the more common
term might be "debugger". First time encountering that term, but of course "sketch" (meaning source code) was also
foreign to me before encountering the Arduino. I did not see the common term "bootloader" mentioned. The
author is using the terminology of the Arduino enthusiast rather than those of mainstream hobbyists and
professionals.
The reader is led through some varied and interesting projects including mating with a Raspberry Pi and other
I/O modules and making a web server. Since the Pi is a substantial outlay of money, I believe the advertising
for the book should give some indications of what is required to fulfill the books projects. To that end, I
would suggest at beginning of book a complete list of materials needed for all projects so reader can order
them before needing them. Many can be ordered through Amazon or eBay from China for little expense and free shipping,
but it takes about 2-4 weeks to receive them.
There is a good intro to Fritzing and how to put it to good use in the projects. Fritzing produces more of
a pictorial view of a project which is great for beginners, but addition of an actual schematic diagram
would be more satisfactory for seasoned users and a good learning tool for the beginner.
Wow! This book goes far beyond my expectations in the projects to include ethernet, wifi, IOT -- expect to
spend some money on the items needed, but the education will be worth it. I do not believe I've seen a
book cover this much territory with such easily understood directions. The author even managed to get Twitter
involved! The book seems quite suitable for a class textbook, easily for middle school grades, and maybe
for advanced elementary school students, but is certainly not dumbed down to insult an adult.
I highly recommend this book -- the author has managed to write for nearly all persons of various backgrounds.
2 of 2 people found the following review helpful.
Useful and enjoyable book
By Loris
I had an Arduino Uno board at home for some time. I had few projects in my head but I didn’t have the required knowledge of electronics and C programming to bring them to an end. I have been programming in Python for a long time and I bought this book with the hope of being able to somehow simplify the projects by using a more familiar programming language. The book was extremely useful as it clearly explains which part of the code should be written in C and when it is possible to use Python.
The first chapter of the book introduces the reader to both Python and Arduino and can be safely skipped if the reader is already familiar with both of them. The author provides detailed step by step instructions on how to install what is needed. Throughout the book instructions are given for Linux, Mac OS X, and Windows.
The next chapter is about the Arduino Firmata protocol and the pySerial Python library. This chapter was probably one of the most interesting to me as it shows how to interact with the Arduino board by using Python.
The following chapters are a little bit more complex but they are still easy to follow, and the author shows how to use various electronic components such as a passive infrared (PIR) sensor to detect movements, a potentiometer, a buzzer, a DC motor, a servomotor, a temperature sensor, a humidity sensor, and a light sensor. Almost every chapter proposes little projects that can be as easy as blinking an LED or rather complex. The instructions of the projects are always very clear and the provided schemes are (at least for me that I have no experience in electronics) extremely useful.
A portion of the book is devoted to provide a GUI to the projects. The author chose to use Tkinter. This framework is probably not as features rich and appealing as other frameworks but it has the advantage to be part of the Python standard library, so there is no need to install anything else to use it.
It was a welcome surprise to discover that the book also explained how to include both the Arduino and a Raspberry Pi into the same project. I own a Raspberry Pi and I have been interested in mating the two boards for a long time.
Other topics that are explained in the book are how to provide network capabilities to the Arduino and how to build a simple and RESTful web application in Python.
In the final chapters are presented two big (and more complex) projects that make use of all what have been explained in the previous chapters.
Needless to say, I highly recommend this book
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