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HomeBackend DevelopmentGolangDeploy web applications using Beego and Docker

Deployment of Web applications is the process of putting the developed Web applications on the server to run and provide services. Application deployment is not only a simple process of copying files, but requires many aspects of environment, compilation, operation, etc. Especially if the web application needs to be deployed to multiple servers, manual operations will be very tedious and error-prone. Therefore, it is very important to use automated tools for web application deployment.

This article will introduce how to use Beego and Docker to deploy web applications.

1. Introduction to Beego

Beego is a development framework based on Go language. It adopts MVC (Model-View-Controller) architecture and is efficient, concise and flexible. It provides all components needed to develop web applications, including routing, templates, ORM (Object Relational Mapping), etc. It also supports multiple languages ​​and multiple databases and can be easily expanded.

2. Introduction to Docker

Docker is an open source containerization platform that can easily package, run and deploy applications. It is fast, efficient and portable. Docker provides a container to run applications. The container is isolated at the operating system level and does not occupy a lot of resources like a virtual machine, providing better performance.

3. Use Beego and Docker for Web application deployment

1. Write a Beego application

First, you need to write a Web application based on the Beego framework. Here is a simple "Hello World" application as an example. The code is as follows:

package main

import (
    "github.com/astaxie/beego"
)

type MainController struct {
    beego.Controller
}

func (c *MainController) Get() {
    c.Ctx.WriteString("Hello World!")
}

func main() {
    beego.Router("/", &MainController{})
    beego.Run()
}

This application uses Beego's routing mechanism to map the "/" path to the MainController's Get method. The Get method returns a string. "Hello World!".

2. Write a Dockerfile

Next, you need to write a Dockerfile to build the Docker image. A Dockerfile is a text file that contains a series of instructions that will be used to build a Docker image.

The content of the Dockerfile file here is as follows:

# 基础镜像为alpine
FROM alpine

# 设置工作目录
WORKDIR /app

# 将应用程序复制到容器中
COPY . .

# 安装Go运行环境
RUN apk update 
    && apk add go

# 编译应用程序
RUN go build

# 设置容器启动命令
CMD ["/app/helloworld"]

This Dockerfile will use alpine as the base image, copy the application into the container, install the Go runtime environment and compile the application, and finally set up the container startup Order.

3. Build the Docker image

After writing the Dockerfile, you need to use the docker build command to build the Docker image. The command is as follows:

docker build -t helloworld .

Use "helloworld" as the image name here , the dot indicates that the current directory is the context.

4. Run the Docker container

After building the Docker image, you can use the docker run command to run the Docker container. The command is as follows:

docker run -d -p 8080:8080 helloworld

Use "-d" here The parameter indicates that the container is running in the background. Use the "-p" parameter to map the container's 8080 port to the host's 8080 port, and use "helloworld" to specify the name of the running image.

5. Test the Web application

After the container is running, you can access the Web application through the browser. You can see "Hello World!" by accessing http://localhost:8080. string.

4. Summary

This article introduces how to use Beego and Docker for web application deployment. First, a web application based on the Beego framework is written, and then built using the Dockerfile file and the docker build command. Docker image, finally ran the Docker container using the docker run command, and tested the web application through the browser. Web application deployment can be easily carried out using Beego and Docker, which greatly improves the efficiency and reliability of deployment.

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