Ebook Arduino Sketches: Tools and Techniques for Programming Wizardry
Ebook Arduino Sketches: Tools and Techniques for Programming Wizardry
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Arduino Sketches: Tools and Techniques for Programming Wizardry
Ebook Arduino Sketches: Tools and Techniques for Programming Wizardry
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From the Back Cover
Bring gadgets to life with this HANDS-ON guide to Arduino programming. For the electronics hobbyist, the open-source Arduino microcontroller is a dream come true. It's easy to build, easy to program, requires no specialized hardware, and its popularity has inspired even the major tech companies to develop compatible products. Arduino Sketches is a your, comprehensive guide to getting the most out of your Arduino setup, providing expert programming instruction and hands-on practice to test your skills. You'll find coverage of the various Arduino boards, detailed explanations of each standard library, and guidance on creating libraries from scratch – plus practical examples that demonstrate the everyday use of the skills you're learning. Work on increasingly advanced programming projects, and gain more control as you take full advantage of the Arduino API by learning the tips and tricks that will broaden your skillset. The Arduino development board comes with an embedded processor and sockets that allow you to quickly attach peripherals without tools or solders. This book presents the fundamentals in a way that helps you apply future additions to the Arduino language, so your skills will continue to develop and never become obsolete. Accessible to tech lovers at any level, this useful guide allows you to learn at your own pace and go as deep as you want to go without getting bogged down with information you won't use. If you're looking to explore Arduino programming, Arduino Sketches is the toolbox you need to start learning how to: Communicate through Ethernet, Wi-Fi, USB, and Firmata Find, import, and update user libraries to get up and running faster Explore device-specific libraries created specifically for peripherals Build your own libraries and shields for a custom experience Enhance communication with Arduino Due, Esplora, Yun, and Robot boards Control a computer's keystrokes and cursor movement remotely Play audio files, control LED lights, and more
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About the Author
James A. Langbridge is a software consultant specializing in embedded systems and code optimization including bootl oader code, system initialization, and code optimization. He has a history in in robotics, mobile phones, and seismic detection systems, with over 10 years in the aviation, defense, industry and telecom sectors, and served as an R&D consultant for ST Microelectronics and Amtel. James has also been called upon to train development teams and coach junior developers to their maximum potential.
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Product details
Paperback: 480 pages
Publisher: Wiley; 1 edition (January 12, 2015)
Language: English
ISBN-10: 1118919602
ISBN-13: 978-1118919606
Product Dimensions:
7.4 x 0.9 x 9.2 inches
Shipping Weight: 1.8 pounds (View shipping rates and policies)
Average Customer Review:
4.3 out of 5 stars
21 customer reviews
Amazon Best Sellers Rank:
#959,118 in Books (See Top 100 in Books)
This book provides examples on how to use the all the standard libraries included with the Arduino IDE. Additional examples are provided for non standard libraries like Multitasking and USB host with the Arduino Due and Bridge with the Arduino Yun. I hope the Author adds an online appendix on how to use USB host and the built in debugger with the Arduino Zero.The preferred audience for this book has a working C++ knowledge. Others who think C++ is Greek can use the examples provided but may have difficulties in understanding how the code works.The section on electronics has an obvious error. It concerns the direction of current and electron flow. The author sates electrons move from a location of higher penitential energy to a location of lower potential energy. It is just the opposite. electrons flow from lower to higher potential energy. Current flows from higher to lower potential energy.
I enjoyed the book, especially the excellent descriptions of a variety of the various types of Arduino boards. Even though it starts with the very basics, the book goes on to explore deeper topics including Arduino libraries and how to write them yourself. I have several Arduino introductory publications, and I rate this one among the best. However, I recommend that you do not rely on any one particular introductory Arduino book but rather sample a couple of the top rated ones.
Wish there would have been more detail on interrupt operation and 'Dispatcher' application. There is a lot of sample code to download (which I like), but why not have a single ZIP file of the all sketches instead of requiring over a dozen separate downloads and unzipping?
This is a very convenient book on how to use the Arduino computer series to accomplish a range of 24 hardware projects and build two custom software libraries to make your projects work. It has a very thorough introduction to electronic parts and circuit equations to determine what component values to choose to make your circuits work correctly.As an experienced electrical engineer, most of the design processes are old hat to me, but I can confirm that they will will give you a proper introduction to transistor biasing and interfacing to the microprocessor signals.The real value in this inexpensive book is the material on how to write the code to operate the hardware interface. In that, it excels. So, buy the book, learn how to be a hardware wizard, and save yourself about 2000 hours of frustration trying to do it all yourself.
Does a good job explaining what pre assembled sketches are available and how to make your own. The writing is clear. They aren't trying to sell anything, just information what is available and where to find components. Some dimensions for the arduino pin spacing etc. would be helpful.
Truth in advertising: I've not yet read the entire book. I'm still in Chapter 3. But I wanted to get these comments out there so as to alert the author of some of the problems I'm seeing.I really like Langbridge's approach, and the way he describes and explains things in very simple terms, I found his explanation of the history of electronic experimenting from Ham Radio to kit building to computers, and arriving at Arduino makers to be very enlightening, and I learned many things about the evolution of electronic hobbies that I hadn't heard or read anywhere else.Unfortunately, the book is tarnished by errors.For starters, Langbridge shows us the ubiquitous Arduino sketch called Blink. It's the one that comes pre-loaded in every Arduino processor board, and it causes an on-board LED to blink at a rate of 0.5 Hz (i.e., on for 1 second, off for 1-second). But then the code he shows is _NOT_ the same sketch as the one pre-loaded. It has a different time delay, so will blink the LED at 2.5 Hz,To add to the confusion, Langbridge's code retains not only the sketch name, Blink, but the first two lines of the header, which describes the half-Hertz rate. Even worse, he says you can either key the sketch in (and get the 2,5Hz rate) or load it from File/Examples/01: Basics (and surely get the half-Hertz rate).Is this a fatal flaw? Not really. But it really jangles because it's the very first code example in the book. By mixing up two versions of the simple sketch, Langbridge took what should have been a slam-dunk, clear-as-glass example and let confusion reign.My next beef is about the figures. I'm using the Kindle for PC app. Readers using a Kindle Fire or Paperwhite might see them differently, but on my PC, the figures are so tiny as to be almost invisible.Also, Figures 3.5 and 3.6 have been swapped.That's all I have for now, but hey: I'm only in chapter 3. My impression so far is, a potentially great book by a well-spoken and articulate author, but perhaps rushed to print without enough time in the proof cycle. The resultant quality does not justify the relatively high price, compared to similar books on similar devices.You might want to wait for the 2nd Edition.His code will blink the LED at a rate of 2.5Hz (0.2s on, 0.2s off). To make matters worse, the header comment block still says that the LED will blink at the 0.5Hz rate. To add to the confusion, Langbridge says that you can either type the sketch in (and thereby get a 2;5Hz blink rate (he says "between 2 and 3 seconds"), or load it from File/Examples/01: Basics, in which you will surely get the 0.5Hz version.Look, I think I understand what happened. Langbridge wanted his readers to do their own work, and practice changing the parameters to seeBut the code hi shows, which is also called Blink, is noUnfortunately,
Very good book
Excellent book. Properly structured. Providing sufficient insight to all details for Arduino as well as its capabilities.I've tried several other books that do not come closer to this one, just wasted my time and money on them.I strongly recommend this book for those new to Arduino, as well as those with some experience
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