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Docker Desktop for Windows is the Community version of Docker for Microsoft Windows.You can download Docker Desktop for Windows from Docker Hub.

This page contains information on installing Docker Desktop on Windows 10 Pro, Enterprise, and Education. If you are looking for information about installing Docker Desktop on Windows 10 Home, see Install Docker Desktop on Windows Home.

By downloading Docker Desktop, you agree to the terms of the Docker Software End User License Agreement and the Docker Data Processing Agreement.

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What to know before you install

System Requirements

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  • Windows 10 64-bit: Pro, Enterprise, or Education (Build 16299 or later).

    For Windows 10 Home, see Install Docker Desktop on Windows Home.

  • Hyper-V and Containers Windows features must be enabled.

  • The following hardware prerequisites are required to successfully run ClientHyper-V on Windows 10:

    • 64 bit processor with Second Level Address Translation (SLAT)
    • 4GB system RAM
    • BIOS-level hardware virtualization support must be enabled in theBIOS settings. For more information, seeVirtualization.

Note: Docker supports Docker Desktop on Windows based on Microsoft’s support lifecycle for Windows 10 operating system. For more information, see the Windows lifecycle fact sheet.

What’s included in the installer

The Docker Desktop installation includes Docker Engine,Docker CLI client, Docker Compose,Notary,Kubernetes,and Credential Helper.

Containers and images created with Docker Desktop are shared between alluser accounts on machines where it is installed. This is because all Windowsaccounts use the same VM to build and run containers. Note that it is not possible to share containers and images between user accounts when using the Docker Desktop WSL 2 backend.

Nested virtualization scenarios, such as running Docker Desktop on aVMWare or Parallels instance might work, but there are no guarantees. Formore information, see Running Docker Desktop in nested virtualization scenarios.

About Windows containers

Looking for information on using Windows containers?

  • Switch between Windows and Linux containersdescribes how you can toggle between Linux and Windows containers in Docker Desktop and points you to the tutorial mentioned above.
  • Getting Started with Windows Containers (Lab)provides a tutorial on how to set up and run Windows containers on Windows 10, Windows Server 2016 and Windows Server 2019. It shows you how to use a MusicStore applicationwith Windows containers.
  • Docker Container Platform for Windows articles and blogposts on the Docker website.

Install Docker Desktop on Windows

  1. Double-click Docker Desktop Installer.exe to run the installer.

    If you haven’t already downloaded the installer (Docker Desktop Installer.exe), you can get it from Docker Hub. It typically downloads to your Downloads folder, or you can run it from the recent downloads bar at the bottom of your web browser.

  2. When prompted, ensure the Enable Hyper-V Windows Features option is selected on the Configuration page.

  3. Follow the instructions on the installation wizard to authorize the installer and proceed with the install.

  4. When the installation is successful, click Close to complete the installation process.

  5. If your admin account is different to your user account, you must add the user to the docker-users group. Run Computer Management as an administrator and navigate to Local Users and Groups > Groups > docker-users. Right-click to add the user to the group.Log out and log back in for the changes to take effect.

Start Docker Desktop

Docker Desktop does not start automatically after installation. To start Docker Desktop, search for Docker, and select Docker Desktop in the search results.

When the whale icon in the status bar stays steady, Docker Desktop is up-and-running, and is accessible from any terminal window.

If the whale icon is hidden in the Notifications area, click the up arrow on thetaskbar to show it. To learn more, see Docker Settings.

When the initialization is complete, Docker Desktop launches the onboarding tutorial. The tutorial includes a simple exercise to build an example Docker image, run it as a container, push and save the image to Docker Hub.

Congratulations! You are now successfully running Docker Desktop on Windows.

If you would like to rerun the tutorial, go to the Docker Desktop menu and select Learn.

Automatic updates

Starting with Docker Desktop 3.0.0, updates to Docker Desktop will be available automatically as delta updates from the previous version.

When an update is available, Docker Desktop automatically downloads it to your machine and displays an icon to indicate the availability of a newer version. All you need to do now is to click Update and restart from the Docker menu. This installs the latest update and restarts Docker Desktop for the changes to take effect.

Uninstall Docker Desktop

To uninstall Docker Desktop from your Windows machine:

  1. From the Windows Start menu, select Settings > Apps > Apps & features.
  2. Select Docker Desktop from the Apps & features list and then select Uninstall.
  3. Click Uninstall to confirm your selection.

Note: Uninstalling Docker Desktop will destroy Docker containers and images local to the machine and remove the files generated by the application.

Save and restore data

You can use the following procedure to save and restore images and container data. For example, if you want to reset your VM disk:

  1. Use docker save -o images.tar image1 [image2 ...] to save any images you want to keep. See save in the Docker Engine command line reference.

  2. Use docker export -o myContainner1.tar container1 to export containers you want to keep. See export in the Docker Engine command line reference.

  3. Uninstall the current version of Docker Desktop and install a different version, or reset your VM disk.

  4. Use docker load -i images.tar to reload previously saved images. See load in the Docker Engine.

  5. Use docker import -i myContainer1.tar to create a file system image corresponding to the previously exported containers. See import in the Docker Engine.

For information on how to back up and restore data volumes, see Backup, restore, or migrate data volumes.

Where to go next

  • Getting started introduces Docker Desktop for Windows.
  • Get started with Docker is a tutorial that teaches you how todeploy a multi-service stack.
  • Troubleshooting describes common problems, workarounds, andhow to get support.
  • FAQs provides answers to frequently asked questions.
  • Release notes lists component updates, new features, and improvements associated with Docker Desktop releases.
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Table of Contents

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Installing Debian GNU/Linux 10 for i386
1. Welcome to Debian
1.1. What is Debian?
1.2. What is GNU/Linux?
1.3. What is Debian GNU/Linux?
1.4. What is the Debian Installer?
1.5. Getting Debian
1.6. Getting the Newest Version of This Document
1.7. Organization of This Document
1.8. About Copyrights and Software Licenses
2. System Requirements
2.1. Supported Hardware
2.1.1. Supported Architectures
2.1.2. CPU, Main Boards, and Video Support
2.1.3. Laptops
2.1.4. Multiple Processors
2.1.5. Graphics Hardware Support
2.1.6. Network Connectivity Hardware
2.1.7. Braille Displays
2.1.8. Hardware Speech Synthesis
2.1.9. Peripherals and Other Hardware
2.2. Devices Requiring Firmware
2.3. Purchasing Hardware Specifically for GNU/Linux
2.3.1. Avoid Proprietary or Closed Hardware
2.4. Installation Media
2.4.1. CD-ROM/DVD-ROM/BD-ROM
2.4.2. USB Memory Stick
2.4.3. Network
2.4.4. Hard Disk
2.4.5. Un*x or GNU system
2.4.6. Supported Storage Systems
2.5. Memory and Disk Space Requirements
3. Before Installing Debian GNU/Linux
3.1. Overview of the Installation Process
3.2. Back Up Your Existing Data!
3.3. Information You Will Need
3.3.1. Documentation
3.3.2. Finding Sources of Hardware Information
3.3.3. Hardware Compatibility
3.3.4. Network Settings
3.4. Meeting Minimum Hardware Requirements
3.5. Pre-Partitioning for Multi-Boot Systems
3.6. Pre-Installation Hardware and Operating System Setup
3.6.1. Invoking the BIOS Set-Up Menu
3.6.2. Boot Device Selection
3.6.3. Systems with UEFI firmware
3.6.4. Disabling the Windows 8 “fast boot” feature
3.6.5. Hardware Issues to Watch Out For
4. Obtaining System Installation Media
4.1. Official Debian GNU/Linux CD/DVD-ROM Sets
4.2. Downloading Files from Debian Mirrors
4.2.1. Where to Find Installation Images
4.3. Preparing Files for USB Memory Stick Booting
4.3.1. Preparing a USB stick using a hybrid CD or DVD image
4.3.2. Manually copying files to the USB stick
4.3.3. Manually copying files to the USB stick — the flexible way
4.4. Preparing Files for Hard Disk Booting
4.4.1. Hard disk installer booting from Linux using LILO or GRUB
4.4.2. Hard disk installer booting from DOS using loadlin
4.5. Preparing Files for TFTP Net Booting
4.5.1. Setting up a DHCP server
4.5.2. Setting up a BOOTP server
4.5.3. Enabling the TFTP Server
4.5.4. Move TFTP Images Into Place
4.6. Automatic Installation
4.6.1. Automatic Installation Using the Debian Installer
5. Booting the Installation System
5.1. Booting the Installer on 32-bit PC
5.1.1. Booting from USB Memory Stick
5.1.2. Booting from a CD-ROM
5.1.3. Booting from Windows
5.1.4. Booting from DOS using loadlin
5.1.5. Booting from Linux using LILO or GRUB
5.1.6. Booting with TFTP
5.1.7. The Boot Screen
5.1.8. The Graphical Installer
5.2. Accessibility
5.2.1. Installer front-end
5.2.2. USB Braille Displays
5.2.3. Serial Braille Displays
5.2.4. Software Speech Synthesis
5.2.5. Hardware Speech Synthesis
5.2.6. Board Devices
5.2.7. High-Contrast Theme
5.2.8. Zoom
5.2.9. Expert install, rescue mode, automated install
5.2.10. Accessibility of the installed system
5.3. Boot Parameters
5.3.1. Boot console
5.3.2. Debian Installer Parameters
5.3.3. Using boot parameters to answer questions
5.3.4. Passing parameters to kernel modules
5.3.5. Blacklisting kernel modules
5.4. Troubleshooting the Installation Process
5.4.1. CD-ROM Reliability
5.4.2. Boot Configuration
5.4.3. Software Speech Synthesis
5.4.4. Common 32-bit PC Installation Problems
5.4.5. Interpreting the Kernel Startup Messages
5.4.6. Reporting Installation Problems
5.4.7. Submitting Installation Reports
6. Using the Debian Installer
6.1. How the Installer Works
6.1.1. Using the graphical installer
6.2. Components Introduction
6.3. Using Individual Components
6.3.1. Setting up Debian Installer and Hardware Configuration
6.3.2. Setting Up Users And Passwords
6.3.3. Configuring the Clock and Time Zone
6.3.4. Partitioning and Mount Point Selection
6.3.5. Installing the Base System
6.3.6. Installing Additional Software
6.3.7. Making Your System Bootable
6.3.8. Finishing the Installation
6.3.9. Troubleshooting
6.3.10. Installation Over the Network
6.4. Loading Missing Firmware
6.4.1. Preparing a medium
6.4.2. Firmware and the Installed System
7. Booting Into Your New Debian System
7.1. The Moment of Truth
7.2. Mounting encrypted volumes
7.2.1. Troubleshooting
7.3. Log In
8. Next Steps and Where to Go From Here
8.1. Shutting down the system
8.2. Orienting Yourself to Debian
8.2.1. Debian Packaging System
8.2.2. Additional Software Available for Debian
8.2.3. Application Version Management
8.2.4. Cron Job Management
8.3. Further Reading and Information
8.4. Setting Up Your System To Use E-Mail
8.4.1. Default E-Mail Configuration
8.4.2. Sending E-Mails Outside The System
8.4.3. Configuring the Exim4 Mail Transport Agent
8.5. Compiling a New Kernel
8.6. Recovering a Broken System
A. Installation Howto
A.1. Preliminaries
A.2. Booting the installer
A.2.1. CDROM
A.2.2. USB memory stick
A.2.3. Booting from network
A.2.4. Booting from hard disk
A.3. Installation
A.4. Send us an installation report
A.5. And finally…
B. Automating the installation using preseeding
B.1. Introduction
B.1.1. Preseeding methods
B.1.2. Limitations
B.2. Using preseeding
B.2.1. Loading the preconfiguration file
B.2.2. Using boot parameters to preseed questions
B.2.3. Auto mode
B.2.4. Aliases useful with preseeding
B.2.5. Using a DHCP server to specify preconfiguration files
B.3. Creating a preconfiguration file
B.4. Contents of the preconfiguration file (for buster)
B.4.1. Localization
B.4.2. Network configuration
B.4.3. Network console
B.4.4. Mirror settings
B.4.5. Account setup
B.4.6. Clock and time zone setup
B.4.7. Partitioning
B.4.8. Base system installation
B.4.9. Apt setup
B.4.10. Package selection
B.4.11. Boot loader installation
B.4.12. Finishing up the installation
B.4.13. Preseeding other packages
B.5. Advanced options
B.5.1. Running custom commands during the installation
B.5.2. Using preseeding to change default values
B.5.3. Chainloading preconfiguration files
C. Partitioning for Debian
C.1. Deciding on Debian Partitions and Sizes
C.2. The Directory Tree
C.3. Recommended Partitioning Scheme
C.4. Device Names in Linux
C.5. Debian Partitioning Programs
C.5.1. Partitioning for 32-bit PC
D. Random Bits
D.1. Linux Devices
D.1.1. Setting Up Your Mouse
D.2. Disk Space Needed for Tasks
D.3. Installing Debian GNU/Linux from a Unix/Linux System
D.3.1. Getting Started
D.3.2. Install debootstrap
D.3.3. Run debootstrap
D.3.4. Configure The Base System
D.3.5. Install a Kernel
D.3.6. Set up the Boot Loader
D.3.7. Remote access: Installing SSH and setting up access
D.3.8. Finishing touches
D.4. Installing Debian GNU/Linux over Parallel Line IP (PLIP)
D.4.1. Requirements
D.4.2. Setting up source
D.4.3. Installing target
D.5. Installing Debian GNU/Linux using PPP over Ethernet (PPPoE)
E. Administrivia
E.1. About This Document
E.2. Contributing to This Document
E.3. Major Contributions
E.4. Trademark Acknowledgement
F. GNU General Public License