Do I receive an accredited certificate upon completing "Build Your Own Arduino Library: Step By Step Guide"?

Yes, upon successfully completing "Build Your Own Arduino Library: Step By Step Guide" on Lucebra, you will receive an accredited international certificate of completion that you can add to your LinkedIn profile and resume.

Can I access this course on mobile and tablet devices?

Yes, this course is fully optimized and accessible on all iOS, Android, tablet, and desktop devices 24/7.

Are multi-language subtitles and captions available?

Yes, all video lectures feature AI-powered subtitles and transcripts in 33 languages.

Is there a deadline or time limit to complete the course?

No, you receive lifetime self-paced access to all video lectures and downloadable resources.

Are there hands-on projects and practical assignments included?

Yes, "Build Your Own Arduino Library: Step By Step Guide" includes real-world projects, downloadable files, and practical exercises.

How long do I have access to the course materials?

Once enrolled, you receive lifetime unlimited access to all video lectures, downloadable resources, and future course updates at no extra charge.

Can I ask questions to the instructor if I get stuck?

Absolutely. You can post your questions directly in the course Q&A discussion board, where the instructor and fellow learners provide timely guidance and answers.

Is there a refund policy if the course does not fit my needs?

Yes, Lucebra provides a 7-day refund policy, provided you have watched less than 20% of the total course content. Approved refunds are credited directly to your Lucebra Credits balance for future platform purchases.

Can I watch the course on mobile devices or tablets?

Yes, all Lucebra courses are fully responsive and optimized for seamless playback across computers, laptops, tablets, and mobile devices.

Are subtitles or closed captions available for lessons?

Yes, video lectures feature AI-translated subtitles in up to 99 languages, allowing learners worldwide to follow along seamlessly in their preferred language.

Are there any prerequisites required before starting this course?

Unless specific prior requirements are stated in the course overview, basic computer literacy and an internet connection are all you need. All topics are taught step-by-step from the ground up.

IT & Software/Other IT & Software

Build Your Own Arduino Library: Step By Step Guide

Move to the next level of Professional Arduino Programming by Automating and Simplifying tasks using an Arduino

All Levels • 16 Lectures • Full Lifetime Access

Educational Engineering Team

Verified Master Instructor

Build Your Own Arduino Library: Step By Step Guide

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Meet your instructor: Educational Engineering Team

19 ms

5.0 / 5.0

Global Rating

2h 8m

Total Content

What you will learn

Master Arduino programming by using libraries to arrange codes

Learn how to make a library and publish it for everyone to use

Know the main benefits of using libraries

Move your Arduino Library

Course Content

7 sections • 16 lectures • 02:08:35 total length

Introduction

02:23

Educational Engineering Team - Who we are?

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05:46

What is A Library.

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05:47

Arduino Libraries

Libraries are files written in Cor C++ (.c, .cpp) which provide your sketches with extra functionality (e.g. the ability to control an LED matrix, or read an encoder, etc.). They were introduced in Arduino 0004.

To use an existing library in a sketch simply go to the Sketch menu, choose "Import Library", and pick from the libraries available. This will insert an #include statement at the top of the sketch for each header (.h) file in the library's folder. These statements make the public functions and constants defined by the library available to your sketch. They also signal the Arduino environment to link that library's code with your sketch when it is compiled or uploaded.

User-created libraries as of version 0017 go in a subdirectory of your default sketch directory. For example, on OSX, thenew directory would be ~/Documents/Arduino/libraries/. On Windows, it would be My Documents\Arduino\libraries\. To add your own library, create a new directory in the libraries directory with the name of your library. The folder should contain a C or C++ file with your code and a header file with your function and variable declarations. It will then appear in the Sketch | Import Library menu in the Arduino IDE.

Note: for users of versions previous to 0017, libraries belong in a subdirectory of the Arduino application directory: ARDUINO/lib/targets/libraries. For version 0017, the libraries directory was moved to make them more convenient to install and use.

Because libraries are uploaded to the board with your sketch, they increase the amount of space used by the ATmega8 on the board. See the FAQ for an explanation of various memory limitations and tips on reducing program size. If a sketch no longer needs a library, simply delete its #include statements from the top of your code. This will stop the Arduino IDE from linking the library with your sketch and decrease the amount of space used on the Arduino board.

To get started writing libraries, download this test library. It should provide a basic template for creating a new library. After you've made changes to your library, in order to get it to recompile, you will have to delete the .o file generated in the library's directory.

Your First Library Creation Steps

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