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1. #DOCKER DESKTOP FOR UBUNTU WINDOWS 10#
2. #DOCKER DESKTOP FOR UBUNTU SOFTWARE#
3. #DOCKER DESKTOP FOR UBUNTU CODE#
4. #DOCKER DESKTOP FOR UBUNTU WINDOWS#

Next, we will enable necessary services and options in the Turn features on or off section as shown below : Note that if you do not get the above option, you need to become an administrator or check the operating system version again.

#DOCKER DESKTOP FOR UBUNTU WINDOWS#

#DOCKER DESKTOP FOR UBUNTU WINDOWS 10#

Note that Windows 10 must be PRO version as for other ones, the Hyper-V virtualization service will not be configured, and the Docker for Windows will not work. As a result, you will get the operating system version and it should be Windows Pro 10, higher than the 18917 build or Windows Pro 10 Insider version as in our case. The second uses the command-line interface (or PowerShell terminal) and the execution of the systeminfo command.

The first is to use the Windows interface and execute the winver command on the run command line. There are two ways to check the version of the operating system Windows 10. Next, we will show and describe these steps briefly.

Selection of the Linux distribution and its further configuration.Hyper-V virtualization services (required for Docker for Windows).WSL and virtual machine platform support service.

#DOCKER DESKTOP FOR UBUNTU SOFTWARE#

Enabling software options and operating system settings:.Creating or logging on to Microsoft Account and joining the Windows Insider Program.Checking the operating system build version.The main steps in WSL configuration for Windows include the following: Therefore, below we will only focus on the main aspects of installation and configuration. It will allow avoiding the stage of creating a private virtual machine for Docker and therefore simplify its use due to system resources and data synchronization between different systems.Ĭomplete installation procedure of the WSL2 (after this simply WSL) is fully described in the official documentation and usually does not cause any problems. In this case, for complete integration of Docker with the Windows platform, we will use the latest version of the program - WSL2. WSL can be used effectively for simple and not heavily loaded high-level programs or scripts, for example, for the bash-environment.Therefore, for low-level support, it requires other tools such as virtual machines. WSL is not a complete Linux kernel, but just a compatibility functionality for running Linux programs.Uses only the latest Windows 10 revisions and provides the ability to run multiple Linux distributions and associated programs.Let’s highlight the main WSL features and aspects of its application:

It provides a high integration level with the main system and allows to use most programs from repositories for Linux distributions without significant system resources. WSL does not use virtual machines but runs a compatibility layer at the system level. Windows Subsystem for Linux provides functionality for Linux files, scripts, and programs in Windows 10 and Windows Server 2019. There is another approach for such cases that uses Windows Subsystem for Linux (WSL) and allows running Linux programs, including Docker, on the Windows platform. But their use is not always practical, as virtual machines often require additional system resources and more advanced configuration options for interaction with the main operating system. However, for developers who prefer Windows, some solutions use virtual machine technologies - Docker for Windows and Docker ToolBox. One of the most popular solutions in this area is Docker Containers, which has such advantages:Īt the same time, we should note that the basic operating system for Docker is Linux.

#DOCKER DESKTOP FOR UBUNTU CODE#

To solve such tasks, companies and developers often resort to container technology, which integrates and packages all kinds of technologies, programs, and code into one ecosystem in the form of containers. However, one of the main challenges is scaling and configuring the interactions and dependencies of these components between themselves. It can involve different programming languages, structures, and databases or cloud operating systems. Modern project development often requires developers to understand not one or two core technologies, but a whole range of them.