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This article mainly introduces the relevant knowledge of whether the go language can be cross-platform, the content is detailed and easy to understand, the operation is simple and fast, and it has a certain reference value. I believe you will gain something after reading this go language cross-platform article. Let's take a look.

Go language can be cross-platform. Because of its modular design and modularization, that is, the code is compiled and converted to the smallest possible binary form, the go language does not require dependencies and supports platform independence; its code can be compiled on any platform or on any server and application.

The operating environment of this tutorial: windows10 system, GO 1.11.2, Dell G3 computer.

What is the Go language?

Go is a procedural programming language that can be used for rapid machine code compilation. It is a statically typed compiled language. It provides a concurrency mechanism that makes it easy to develop multicore and networked machine-level programs. It is a fast, dynamically typed and interpreted language; it provides support for interfaces and type embedding.

The Go language was developed by Google's Robert Griesemer,Rob Pike and Ken Thompson in 2007, but was launched as an open source programming language in 2009.

Note: the go language source code file must have a .go extension.

The characteristics of go language

Language design:

The designers of the Go language consciously keep the language simple and easy to understand. The whole detail is on a few (partial) pages, and some interesting design decisions are made through object-oriented support in the language. In this regard, the language is stubborn, and recommend a common way to achieve things. It prefers combination to inheritance. In the GE language, "do more with less" is a mantra.

Package Management:

Go brings together the workflows of modern developers working on open source projects and includes them in the way they manage external packages. Support for getting external packages and publishing your own packages with a set of simple commands is provided directly in the tool.

Powerful standard library:

Go has a powerful standard library that is distributed as a package.

Static type:

Go is a statically typed language. Therefore, in this compiler, you can not only compile the code successfully, but also ensure type conversion and compatibility. Because of this feature, Go avoids all the problems we encounter in dynamically typed languages.

Test support:

Go itself provides us with unit testing capabilities. To put it simply: this is a simple mechanism to write unit tests in parallel with code; so we can understand code coverage through our own tests. This can easily be used as an example to generate code documentation.

Platform independent (cross-platform compilation):

Like the Java language, the Go language supports platform independence. Because of its modular design and modularization, that is, the code is compiled and converted to the smallest possible binary form, it does not require dependencies. Its code can be compiled on any platform, or on any server or application.

There is no need to use a virtual machine, the code of Go language can be directly output to binary executable file. And the Go language has its own linker and does not rely on any system-provided compilers and linkers. Therefore, the compiled binary executable can be run in almost any system environment.

What is Go suitable for?

Server programming, if you used to use C or C++ to do those things, it is appropriate to use Go to do, such as dealing with logging, data packaging, virtual machine processing, file system and so on.

Distributed systems, database agents, etc.

Network programming, which is currently the most widely used, including Web applications, API applications, download applications,

In-memory database, part of the groupcache,couchbase developed by google some time ago

Cloud platform, at present, many foreign cloud platforms are using Go development, CloudFoundy part of the formation, the former VMare technical director himself to do the apcera cloud platform.

This is the end of the article on "whether the go language can be cross-platform". Thank you for reading! I believe you all have a certain understanding of the knowledge of "whether the go language can be cross-platform". If you want to learn more knowledge, you are welcome to follow the industry information channel.

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