Arduino is an open-source, hardware-based electronics development platform that’s designed to allow users to create hardware projects with very little code knowledge or coding experience.
The project was originally developed by the GNU project as an alternative design tool for hobbyists and students interested in building computer systems from spare parts or free software.
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Today, Arduino is used by numerous businesses and individuals to create personal projects as well as professional devices with microcontroller (MCU) and digital signal processing (DSP) capabilities.
If you are a beginner with basic programming knowledge and want to learn how to program electronic devices like robots or artificial intelligence (AI) applications on your own, Arduino is the right platform for you.
In fact, it’s the perfect start for anyone who wants to get into electronics because it’s easy to learn and contains a wealth of tutorial videos available online.
If you are an advanced user looking for a compact and flexible solution that doesn’t require any previous programming experience or special skills, keep reading to find out more about the differences between different programming languages on Arduino boards.
What is Arduino?
Arduino is an open-source, hardware-based electronics development platform that was developed by the GNU project as an alternative design tool for hobbyists and students interested in building computer systems from spare parts or free software.
It was initially created as an easy-to-use platform for basic device control, but has evolved into a highly versatile tool with a large array of sensors, actuators, and other components supported through a variety of open-source libraries.
With its origins in a hobbyist community, Arduino quickly became a favorite among professionals due to its ease of use, wide variety of components, and low price.
Today, Arduino is used by numerous businesses and individuals to create personal projects as well as professional devices with microcontroller (MCU) and digital signal processing (DSP) capabilities.
What programming language does arduino use?
The most common usage for Arduino boards is to use them to drive other devices such as tablets, smartphones, laptop, and other electronic devices.
However, the platform also supports other programming languages and tools, such as TeX, C, C++, Lisp, and more. As the name suggests, the language used to program on arduino is called Arduino language.
Arduino uses different languages
There are multiple programming languages supported by arduino. The most popular ones are C, C++, Python, and so on.
You will find that different languages come with different pros and cons, but overall, they will help you create more advanced projects.
If you want to program an application that interacts with the outside world, you will mostly use a language that is closer to the programming model of those devices you are interfacing with.
You can use different languages to build applications that interface with the sensors on your robot, the motors on your robot, or the airbag on your car. You can use English to program your robot in English, for example, or Spanish to send messages to your car’s sensors.
As you might have realized by now, there are many different programming languages available for use with Arduino.
To make matters even more complicated, the language is not just a means to write code – it is also an aspect of the project itself.
Depending on your project, you might not need to write programs in an object-oriented programming language at all. You can concentrate on the code instead to get a real sense of what it does.
Arduino was developed by the GNU project
Arduino was originally developed as a free software project by the GNU project in 1985. Today, Arduino is owned by the Arduino company which is operated as a wholly owned subsidiary of the German technology companyLEC.
The company was established in 1980 as the first joint stock company specializing in the design, manufacture and marketing of electronic equipment and software.
It was the brainchild of Cesar Romero who was later succeeded by his son Mateo as CEO.
Arduino board features and resources
The official website of the Arduino board lists almost everything you would ever need to know about the product, including its features and resources.
Here you can find out more about the development platform, the different boards and accessories available, and the resources available to learn more about the project and its code.
Other resources to know before you program on arduino
Before you get down to programming, you need to familiarize yourself with the resources available on arduino. To do this, you can check out the following resources:
- Documentation – Arduinox has a detailed user manual available online. It contains information about the capabilities of the board, features, and the programming model. You can also find help and tutorials for common problems in the forums.
- Community – Meet and interact with other arduino enthusiasts in the forums and the communities. You can also watch and review the programs that are based on the arduino code.
- Libraries – Arduinox provides a large number of user-friendly libraries, which are pre-compiled functions that can be used without any knowledge of how they work.
Conclusion
The article has covered what is Arduino, what programming language does arduino use, and Arduino uses different languages.
We hope that by now, you are able to identify the pros and cons of each language and decide which one is the best for your project.
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In addition, we hope that the article helped you understand why each language has its own advantages and disadvantages. Now it’s time to get down to business and start programming that does arduino use!
