银河麒麟离线安装docker

要在离线环境中安装 Docker，需要先在在线环境中下载 Docker 的安装包和依赖包，然后将它们拷贝到离线环境中进行安装。以下是具体步骤： 1. 在在线环境中安装 Docker，并下载 Docker 的安装包和依赖包。 2. 将 Docker 的安装包和依赖包拷贝到离线环境中的某个目录下。 3. 在离线环境中安装 Docker 的依赖包： ``` rpm -ivh <依赖包名称> ``` 4. 安装 Docker 的主程序： ``` rpm -ivh <Docker安装包名称> ``` 5. 启动 Docker 服务： ``` systemctl start docker ``` 至此，Docker 已经在离线环境中安装完成。 需要注意的是，在离线环境中安装 Docker 可能会遇到一些依赖包缺失等问题，需要根据具体情况进行解决。同时，为了保证 Docker 的正常运行，建议在安装前仔细阅读 Docker 的官方文档，了解 Docker 的相关配置和使用方法。

### Galaxy Kylin Desktop Offline Installation of Docker For the offline installation of Docker on a Galaxy Kylin desktop system, preparation and execution must be meticulous to ensure success. #### Preparation Phase Before starting the actual installation process, it is necessary to prepare all required packages for Docker. This involves downloading `docker-ce`, `docker-ce-cli`, and `containerd.io` from an online machine that has internet access. These files should then be transferred via USB or any other suitable method to the target offline machine running Galaxy Kylin desktop edition[^1]. Once these package files are available locally: ```bash sudo dpkg -i /path/to/docker-ce_*.deb sudo dpkg -i /path/to/docker-ce-cli_*.deb sudo dpkg -i /path/to/containerd.io_*.deb ``` This command sequence installs Docker using `.deb` files directly without needing network connectivity during setup. #### Configuration Verification After installing Docker through local package deployment, configuration verification becomes critical. To confirm whether Docker was installed correctly after this operation: ```bash ./docker version ``` Executing this command checks the current Docker client-server versions ensuring they match expected outputs indicating successful software placement within the environment[^2]. #### Service Management To manage Docker as a service properly post-installation, commands like those below help verify operational status while also setting up automatic startup upon booting into the operating system: ```bash sudo systemctl start docker && systemctl enable docker && systemctl status docker ``` These operations initialize the Docker daemon immediately, configure it to launch automatically at each reboot cycle, and provide real-time feedback about its present condition once initiated successfully[^4]. #### Basic Functionality Test Finally, testing basic functionalities confirms everything operates smoothly under normal conditions by listing containers currently active alongside historical ones stopped previously with: ```bash docker ps -a ``` Such actions validate not only proper functioning but readiness for further development activities involving containerized applications too[^3].