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This article is about a sample analysis of the Arduino development environment. The editor thinks it is very practical, so share it with you as a reference and follow the editor to have a look.

Introduction of Arduino development environment

Unlike the PC operating system we use, Arduino can install software directly into the operating system to program the operating system. The software development part of Arduino needs to be carried out on the PC side, and the hardware is only responsible for executing the compiled program.

Arduino IDE

Arduino IDE is an integrated development environment used to develop programs for Arduino on the computer side. Arduino developers often need to use editors, compilers, and upload tools, all of which are integrated into Arduino IDE. Therefore, we only need to install Arduino IDE to include all the Arduino software development tools.

Download the Arduino IDE installation package

Arduino IDE can be deployed in the three mainstream operating systems (Windows, Linux, and Mac OS X), but since the author does not have a device running Mac OS X, I will only introduce readers to Arduino IDE-related knowledge in Windows and Linux platforms.

1. The choice of version

At the time of writing, the latest version of Arduino IDE is 1.6.0. Although the IDE version may have been iterated several times by the time the reader gets this book. However, there will not be much change in their use and compatibility. Therefore, when choosing Arduino IDE, readers can choose the current latest version to download.

The address for downloading Arduino IDE is http://arduino.cc/en/Main/Software. Figure 2. 1 shows the IDE version provided by Arduino.

Figure 2.1 Arduino IDE version

Among them, figure 2.2 shows the downloads for each platform of the latest 1.6.0 version of Arduino IDE.

Figure 2.2 downloads for each platform

Figure 2.3 shows the download link for the previous version.

Figure 2.3 previous version download figure 2.4 Special IDE for Intel

Figure 2.4 shows the special IDE provided for both Intel Galileo and Intel Edison hardware, and we will not choose IDE here because we are using LilyPad.

two。 The choice of platform

If you are using the Windows operating system, choose one of the two links shown in figure 2.5 to download.

Figure 2.5 Windows system download figure 2.6 Linux platform

Among them, Windows Installer is a common wizard installation package under Windows operating system. Windows ZIP file for non admin install is a compressed installation package. It is intended for users who do not have administrator privileges. Of course, if you like the "green version", you can also choose to download this form of installation package.

If you are using the Linux operating system, you need to choose one of the links shown in figure 2.6 to download depending on your operating system.

The Arduino IDE of the Linux platform distinguishes between 32-bit and 64-bit versions. In the Linux operating system, the platform information can be obtained by executing the uname-r command in the terminal. The following is the output information of the Linux system used by the author:

$uname-r

3.18.3-201.fc21.x86_64

X86 / 64 indicates that this is a 64-bit Linux operating system, so you should choose Linux 64bit for download; if the word ix86 appears in the output, your system is 32-bit and you need to choose Linux 32bit for download.

Thank you for reading! This is the end of this article on "sample Analysis of Arduino Development Environment". I hope the above content can be of some help to you, so that you can learn more knowledge. if you think the article is good, you can share it for more people to see!

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