Does golang support arm?

In today's computer technology field, more and more scientific and technical workers are beginning to look for development languages ​​to meet different needs. For developers using ARM processors, whether Golang supports ARM has become an important issue. In this article, we will explore Golang’s support for ARM processors and how to run and compile Golang applications on ARM.

1. Golang’s support for ARM

First of all, let us first understand which ARM platforms Golang supports. Currently Golang supports the following ARM processor architectures:

1. ARMv5
2. ARMv6
3. ARMv7
4. ARMv8/Aarch64

Among them, ARMv5 and ARMv6 are older platforms, mainly used for embedded devices and mobile devices. ARMv7 is widely used in smartphones and other embedded devices. ARMv8 is the latest ARM processor architecture, which supports 64-bit operating systems and applications.

In general, Golang’s support for the ARM platform is relatively comprehensive. Therefore, no matter which ARM architecture is used, Golang can be used for development.

2. How to run Golang applications on the ARM platform

Running Golang applications on the ARM platform is not too difficult. You only need to follow the following steps:

1. Download the Golang binary file for the ARM platform

First, we need to download the corresponding Golang binary file. The Golang community provides binaries for a variety of operating systems and CPU architectures. We can go to the Golang official website (https://golang.org/dl/) to download binary files suitable for the ARM platform.

2. Installing Golang on the ARM platform

The steps to install Golang are similar to those on other platforms. Just unzip the downloaded Golang binary file into the corresponding directory. Corresponding environment variables can also be configured so that Golang can be used anywhere.

3. Writing and Compiling Golang Applications

After completing the relevant Golang installation, we can start writing and compiling the application. The steps for writing Golang applications are similar to those on other platforms. We only need to use some cross-compilation tools to compile the application into the binary format required by the ARM platform on our development machine.

4. Execute the application on the ARM platform

Finally, execute the compiled application on the ARM platform. It is recommended to use the SSH remote connection tool for this step. After connecting to the terminal of the ARM platform, execute the executable file.

3. Summary

This article introduces Golang’s support for the ARM platform and the steps to run Golang applications on the ARM platform. Through these steps, we can freely develop and deploy Golang applications on the ARM platform. At the same time, because Golang supports multiple operating systems and CPU architectures, its application on embedded devices and mobile devices has become easier and more popular.

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