How to completely uninstall docker in win10

DockercanbeinstalledonaMacusingDockerDesktopbyfollowingthesesteps:1.VerifyyourMacmeetstherequirements—macOS10.15ornewer,IntelorAppleSiliconchip,atleast4GBRAM,andvirtualizationenabled;2.DownloadDockerDesktopfromhttps://www.docker.com/products/docker-d

OnWindows,uninstallDockerDesktopviaSettings→Apps,thenremoveleftoverfilesinWSLwithsudorm-rf/var/lib/docker.2.OnmacOS,quitDockerDesktop,moveDocker.apptoTrash,anddeleteconfigurationfilesfrom~/Library.3.OnUbuntu/Debian,stoptheservice,purgeDockerpackagesw

TobackupaDockercontainerwithitsdata,firstbackupnamedvolumesusingatemporarycontainertocreateatarballofthevolumecontents.2.Next,preservethecontainerconfigurationbyexportingitwithdockerinspector,preferably,bydefiningitinaDockerComposefile.3.Finally,back

Use the dockercp command to copy files from the host to the Docker container without the need to run the container; 2. Ensure that the container exists and execute dockercp/path/on/hostfile.txtcontainer-name:/path/in/container; 3. If the target directory does not exist, you need to create it first. When copying the entire folder, the content will be copied recursively. After the operation is completed, the file will be available in the container, without rebuilding the image or mounting the volume.

To run the GUI application in the Docker container, you must share the host display service and configure the permissions correctly: 1. Run xhost local:docker on Linux to allow the container to access X11; 2. Mount /tmp/.X11-unix and DISPLAY environment variables when starting the container; 3. Ensure that X11-related dependencies are installed in the mirror; 4. Optionally add GPU, audio, and input device support; 5. Or use VNC/NoVNC solution to achieve cross-platform secure access; 6. MacOS needs to install XQuartz and set DISPLAY as the host IP; 7. Windows needs to cooperate with VcXsrv and other X servers through WSL2 and configure DISPLAY and configure DISPLAY through WSL2 and use VcXsrv and other X servers and configure DISPLAY

When DockerCompose behaves abnormally, you should first check the log to locate the root cause of the problem, then verify that the configuration file is correct, and finally try to rebuild the service cleanly. 1. Use docker-composelogs to view the log output of the overall or specified service, and combine the --tail and -f parameters to improve the troubleshooting efficiency; 2. Verify the YAML file syntax and configuration items through docker-composeconfig, check key settings such as dependencies, port mapping and environment variables; 3. Execute docker-composedown and docker-composeup-build to rebuild the service, add -v to clear old data if necessary, or start the problem service separately.

The key to deploying applications to DockerSwarm is to use services rather than standalone containers, and to manage configurations, keys, and rolling updates through built-in tools. 1. First, containerize the application and push it to a mirror repository accessible to the Swarm node; 2. Use dockerservicecreate to define the service and its expected state, such as replica count, port mapping, etc.; 3. Use dockersecret and dockerconfig to manage sensitive information and non-sensitive configurations respectively and reference them in the service; 4. Use dockerservicescale to achieve scaling, use dockerserviceupdate to perform interrupted version updates, and can control the update policy through parameters.

To limit resource usage of Docker containers, you can specify CPU and memory limits through command line parameters when running the container. The specific methods are as follows: 1. Use --memory (or -m) to set the memory upper limit, such as --memory="512m" means the limit is 512MB RAM; 2. Use --memory-swap to set the total memory plus swap space, such as --memory-swap="1g" means a total of 1GB available; 3. Use --cpus to limit the number of CPU cores, such as --cpus="1.5" means that up to 1.5 CPU cores are used; 4. Use --cpu-s