什么是在Windows中使用docker并具有基本文件共享可能性的简单工作流程？

Question

为简单起见，请使用ubuntu映像作为示例。

Answer 1

I often find it easier to use docker-compose, particularly if there's a high chance I'll want to both mount-volumes and link the container to another container at some point in the future.

1. Create a folder for working in, say "ubuntu".
2. In the "ubuntu" folder, create another folder called "files"

3. Create a file in that folder called "docker-compose.yml". In this file, enter:

    ubuntucontainer: image: "ubuntu:latest" ports: - "80:80" volumes: - ./files:/files 

4. Whenever you need to start the box, navigate to "ubuntu" and type docker-compose up . To stop again, use docker-compose stop .

The advantage of using docker compose is that if you ever want to link-up a database container this can be done easily by adding another container to the yaml file, and then in the ubuntucontainer container adding a links section.

Not to mention, docker-compose up is quite minimal on the typing.

(Also, forwarding the ports with 80:80 may not be strictly necessary, it depends on what you want the box to do.)

Answer 2

TL;DR version:

1. Open Docker Quickstart Terminal . If it is already open, run $ cd ~
2. Run this once : $ docker run -it -v /$(pwd)/ubuntu:/windows --name ubu ubuntu
3. To start every time: $ docker start -i ubu

You will get an empty folder named ubuntu in your Windows user directory. You will see this folder with the name windows in your ubuntu container.

Explanation:

1. cd ~ is for making sure you are in Windows user directory.
2. -it stands for interactive, so you can interact with the container in the terminal environment. -v host_folder:container_folder enables sharing a folder between the host and the container. The host folder should be inside the Windows user folder. /$(pwd) translates to //c/Users/YOUR_USER_DIR in Windows 10. --name ubu assigns the name ubu to the container.
3. -i stands for interactive