![]() ![]() ![]() For this it would be enough with Netbeans, but we need the option of being able to send it to the plate. In essence, to run our own software or program on our boards, first we need an IDE to create the program. In order to work properly the Arduino board, the truth is that we cannot skip any of the previous steps, but not because Arduino IDE works like Microsoft Word or Adobe Acrobat but because of the simple fact that there is no alternative as good. This version allows us to do everything the same as the last version of Arduino IDE but the programs and codes that we have created can be stored in a web space that we have assigned as well as being able to download them to apply them to any project that we create in the Arduino IDE. In case we do not have our Ubuntu at hand or we simply want to create a program for a board but we do not want to repeat all of the above, then we have to go to this website which offers us a version of Arduino IDE totally in the Cloud. ![]() In it we must first Check / compile and if it does not issue any problem then we can use the Upload option.Īnd if I don't have my computer, how can I use the Arduino IDE without my Ubuntu? Now we write the program and when we finish, we go to the Program menu. We connect everything and now from Arduino IDE we are going to Tools and in Plate we select the model that we are going to use, we select the port through which we will communicate with the panel and then we choose the option "Get information from the board" to verify that we are communicating correctly with the device. For it we will need a printer usb cable, a 5V power cable and a development board. Now, the Arduino IDE program is still a simple code editor like Gedit can be. What do I need to work with the Arduino IDE?Īll of the above will help us to install the Arduino IDE in Ubuntu but it is true that it will not be enough for our Arduino board to work correctly or as we would like it to. In this case It does not matter which version of Ubuntu we have because it works with the last 10 Ubuntu versions that have been released (LTS versions included). And that's it, we'll have the Arduino IDE installed on our Ubuntu and a nice shortcut on our desktop. After obeying the assistant's orders and waiting several seconds (or minutes, depending on the computer). This will start the Arduino IDE installation on our Ubuntu. Now we execute the following in the terminal. This command will make the installation file run without having to be root. This is because we can change the board at any time and this version will support it, but if we choose a version from the other branch, we have to change the program if we change to a modern board, since the 1.0.6 branch does not support boards more modern Arduino. Personally I think the best option is to download the 1.8.x branch of the Arduino IDE. The difference between both versions lies in the plate models they support. ![]() There are currently two versions of Arduino IDE, a version that corresponds to the 1.8.x branch and another branch that corresponds to the 1.0.x version. How to install Arduino IDE on my Ubuntu?Īrduino IDE is not in the official Ubuntu repositories, at least the latest version, so we have to use the official website of the Project to get this IDE. However, Arduino IDE is also Free Software. And not only is the Arduino IDE free in the geographical space, but it is also free within the computing space since the Arduino IDE supports connection with all kinds of programs, including code editors that will facilitate the work with the Arduino hardware. The latest versions of the Arduino IDE have not only made this program more compatible with the new models of the Project, but have also improved the IDE functions, allowing even to have a cloud interface that allows us to create a program for Arduino anywhere in the world (at least where there is an internet connection). ![]()
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