How to use Go language for smart manufacturing development?

With the continuous popularization of industrial automation and the promotion of intelligent manufacturing, developers need to find an efficient, flexible, and concurrent programming language for intelligent manufacturing development. The emergence of Go language just fills this gap.

Go language is an emerging programming language. Developers have enjoyed many advantages in using it for intelligent manufacturing development, such as efficient concurrency mechanism, good portability, concise and clear syntax, and learning The curve is lower etc.

In this article, we will introduce how to use Go language for intelligent manufacturing development.

1. Concurrency mechanism of Go language

The concurrency mechanism of Go language is one of its biggest advantages that distinguishes it from other programming languages. The concurrency model of Go language uses goroutine and channel. A goroutine is a lightweight thread scheduled by the Go runtime, and a channel is a pipe for communication between goroutines. This concurrency model can achieve efficient concurrent processing and reduce problems such as thread context switching.

For the field of intelligent manufacturing, common tasks require processing large amounts of data at the same time, and the concurrency mechanism of the Go language can handle these tasks well. For example, using machine vision algorithms for inspection in smart manufacturing requires processing a large amount of image data. The concurrency mechanism of the Go language can handle this task very well.

2. The combination of Go language and the Internet of Things

Smart manufacturing is inseparable from the Internet of Things, and the development of the Internet of Things has also brought about the promotion of intelligent manufacturing. The lightweight nature of the Go language makes it very suitable for use in conjunction with the Internet of Things.

In smart manufacturing, we need to control and monitor IoT devices. By using the Go language's net package and io package, we can easily connect to IoT devices and read or write data. At the same time, the concurrency mechanism of the Go language can also complete concurrency control of IoT devices very well.

3. Database operation of Go language

In intelligent manufacturing, we need to store and manage large amounts of data through databases. The Go language can easily perform database operations by providing the database/sql package and a series of database drivers.

Through the database/sql package of Go language, we can easily operate MySQL, PostgreSQL, SQLite and other databases. At the same time, the ORM framework of the Go language, such as GORM, XORM, etc., can also be used as a tool for operating databases.

4. Portability of Go language

Since smart manufacturing involves many types of equipment and manufacturers, the portability of a programming language is very important. The compiler and standard library of the Go language are very portable and can be easily used on different platforms.

At the same time, the Go language also supports the generation of static binary files, which can be easily transferred between different platforms and is very convenient to use.

5. Go language development tools

For smart manufacturing developers, the quality and usability of development tools are also very important. The development tool of Go language is also a very popular one at present. For example, there is a Go extension plug-in for Visual Studio Code, which can provide some shortcut keys, code prompts, code completion, debugging and other functions for Go language development.

In addition, GoLand is an IDE developed specifically for the Go language released by JetBrains. It provides relatively complete Go language support. This is also a tool that is very popular among smart manufacturing developers.

Summary

In smart manufacturing, using Go language for development has many benefits, including efficient concurrency mechanism, perfect integration with the Internet of Things, convenient database operation, and good portability. The Go language also provides a series of excellent development tools and frameworks to support developers in rapid development and debugging.

Although, of course, the use of Go language is not limited to the field of intelligent manufacturing, its excellence is also outstanding in other fields.

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