Arduino language
![arduino language arduino language](https://thecustomizewindows.com/wp-content/uploads/2019/04/Visual-Programming-for-Arduino-Compatible-Boards.png)
Not long after the creation of Processing and inspired by its simplicity, Hernando Barragán, a student at the Interaction Design Institute Ivrea in Italy, created a language called Wiring for his master’s thesis. To this extent, the language refers to programs as sketches. In 2001, Casey Reas and Ben Fry began their work on the Processing, which is a Java-based programming language that allows for quick, visually focused programs for more artistic projects realized in code. In order to understand Arduino history, we need to go back to the early aughts. What is Arduino? The name itself is just that, an Italian name with no translation. The founders named their platform after their local bar. But Arduino is more than just electrical components it is also a robust community of enthusiasts coming together through the projects they make.
Arduino language software#
So what does Arduino actually mean? And how the heck do you pronounce it?Īrduino is a combination of hardware and software that is open source and made to be easily accessible for those who may or may not have any experience with electronics.
Arduino language how to#
In this introduction to Arduino, we’ll look at the who, what, where, why and, most importantly, how to start this electronic journey into embedded computing. Now harnessing the power of these wee devices has become accessible to anyone. Luckily for us, the unintended consequences of this educational endeavor have made DIY programmable electronics accessible to individual makers and hobbyists for the first time ever.
![arduino language arduino language](https://www.elektor.com/media/catalog/product/cache/1404d1bfd8e1ad71cc6f16950ff5c805/c/-/c-programming-with-arduino.png)
Throughout the past 10 years or so, all of this has changed, in large part due to a few teachers in Italy who wanted to unlock microcontrollers for their artistic students. But what does this have to do with Arduino?įor a long time, working with microcontrollers has been fairly difficult or expensive for those who don’t want to pursue a career in computer engineering. Modern controllers have specs that would make a high-end personal computer from the ’80s blush, but you can do amazing things with 64 kilobytes of RAM and a 32 megahertz processor. Microcontrollers are powerful tools for bringing electronics-from microwaves, washing machines and dishwashers to interactive toys-to life. Microcontrollers are an entire computer system on a chip! While they often appear as little black squares of plastic with a few metal bits poking out the side, don’t let their unassuming nature fool you. bicycles in this analogy) for everyday processing tasks. The reality is that most of the hardware in the world isn’t being run with bulky CPUs in motherboards that have sticks of memory you can hold in your hand.įor the same reason we all don’t drive around in cargo trucks for our trip to the local market, people need lightweight systems that are efficient, cheap and fast (i.e. When most people imagine a computer, they might picture their trusty laptop or maybe a massive cluster of servers whirring and blinking away in a datacenter. Everything “thinks” nowadays: Your car, your phone, your watch and, for the self-loathing, perhaps your toaster, too.