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Developers can access the power of both Windows and Linux at the same time on a Windows machine. The Windows Subsystem for Linux (WSL) lets developers install a Linux distribution (such as Ubuntu, OpenSUSE, Kali, Debian, Arch Linux, etc) and use Linux applications, utilities, and Bash command-line tools directly on Windows, unmodified, without the overhead of a traditional virtual machine or dualboot setup.

You can now install everything you need to run WSL with a single command. Open PowerShell or Windows Command Prompt in administrator mode by right-clicking and selecting "Run as administrator", enter the wsl --install command, then restart your machine.

The first time you launch a newly installed Linux distribution, a console window will open and you'll be asked to wait for files to de-compress and be stored on your machine. All future launches should take less than a second.

The above command only works if WSL is not installed at all, if you run wsl --install and see the WSL help text, please try running wsl --list --online to see a list of available distros and run wsl --install -d to install a distro.To uninstall WSL, see Uninstall legacy version of WSL or unregister or uninstall a Linux distribution.

If you want to install additional distributions from inside a Linux/Bash command line (rather than from PowerShell or Command Prompt), you must use .exe in the command: wsl.exe --install -d or to list available distributions: wsl.exe -l -o.

To install a Linux distribution that is not listed as available, you can import any Linux distribution using a TAR file. Or in some cases, as with Arch Linux, you can install using an .appx file. You can also create your own custom Linux distribution to use with WSL.

Once you have installed WSL, you will need to create a user account and password for your newly installed Linux distribution. See the Best practices for setting up a WSL development environment guide to learn more.

We recommend following our Best practices for setting up a WSL development environment guide for a step-by-step walk-through of how to set up a user name and password for your installed Linux distribution(s), using basic WSL commands, installing and customizing Windows Terminal, set up for Git version control, code editing and debugging using the VS Code remote server, good practices for file storage, setting up a database, mounting an external drive, setting up GPU acceleration, and more.

If you manually installed WSL prior to the wsl --install command being available, you may also need to enable the virtual machine optional component used by WSL 2 and install the kernel package if you haven't already done so.

WSL supports running as many different Linux distributions as you would like to install. This can include choosing distributions from the Microsoft Store, importing a custom distribution, or building your own custom distribution.

Rust is installed and managed by the rustup tool. Rust has a 6-week rapid release process and supports a great number of platforms, so there are many builds of Rust available at any time. rustup manages these builds in a consistent way on every platform that Rust supports, enabling installation of Rust from the beta and nightly release channels as well as support for additional cross-compilation targets.

In the Rust development environment, all tools are installed to the ~/.cargo/bin %USERPROFILE%\.cargo\bin directory, and this is where you will find the Rust toolchain, including rustc, cargo, and rustup.

Accordingly, it is customary for Rust developers to include this directory in their PATH environment variable. During installation rustup will attempt to configure the PATH. Because of differences between platforms, command shells, and bugs in rustup, the modifications to PATH may not take effect until the console is restarted, or the user is logged out, or it may not succeed at all.

In some cases you can get this error npm WARN checkPermissions Missing write access to /usr/local/lib/node_modules because your Node.js installation was performed with wrong permissions. An easy way to fix this is to install Node.js using nvm and forcing it to be used in your terminal. You can force it in the current session of your terminal by running nvm use 14.

By default, the Meteor installer adds its install path (by default, ~/.meteor/) to your PATH by updating either your .bashrc, .bash_profile, or .zshrc as appropriate. To disable this behavior, install Meteor by running:

If you use a node version manager that uses a separate global node_modules folder for each Node version, you will need to re-install the meteor npm package when changing to a Node version for the first time. Otherwise, the meteor command will no longer be found.

This page uses instructions with pip, the recommended installation tool for Python. If you require environment management as opposed to just installation, look into conda, mamba, pipenv, and Homebrew.

This page contains instructions for choosing and maintaining a Google Cloud CLIinstallation. The Google Cloud CLI includes the gcloud, gsutil and bqcommand-line tools. For a list of gcloud CLI features, seeAll features.

These instructions are for installing the Google Cloud CLI. For information aboutinstalling additional components, such as gcloud CLI commands atthe alpha or beta release level, seeManaging gcloud CLI components.

The gcloud CLI is available in package format for installation on Debian and Ubuntu systems. This package contains the gcloud, gcloud alpha, gcloud beta, gsutil, and bq commands only. It doesn't include kubectl or the App Engine extensions required to deploy an application using gcloud commands. If you want these components, you must install them separately.

The gcloud CLI is available in package format for installation on Red Hat Enterprise Linux 7, 8, and 9; Fedora 33 and 34; and CentOS 7 and 8 systems. This package contains the gcloud, gcloud alpha, gcloud beta, gsutil, and bq commands only. It doesn't include kubectl or the App Engine extensions required to deploy an application using gcloud commands, which can be installed separately as described later in this section.

You can also use dnf/yum options, such as disabling prompts or dry runs, with the provided commands. (Optional) Install any of the following additional components: google-cloud-cli google-cloud-cli-anthos-auth google-cloud-cli-app-engine-go google-cloud-cli-app-engine-grpc google-cloud-cli-app-engine-java google-cloud-cli-app-engine-python google-cloud-cli-app-engine-python-extras google-cloud-cli-bigtable-emulator google-cloud-cli-cbt google-cloud-cli-cloud-build-local google-cloud-cli-cloud-run-proxy google-cloud-cli-config-connector google-cloud-cli-datastore-emulator google-cloud-cli-firestore-emulator google-cloud-cli-gke-gcloud-auth-plugin google-cloud-cli-kpt google-cloud-cli-kubectl-oidc google-cloud-cli-local-extract google-cloud-cli-minikube google-cloud-cli-nomos google-cloud-cli-pubsub-emulator google-cloud-cli-skaffold google-cloud-cli-spanner-emulator google-cloud-cli-terraform-validator google-cloud-cli-tests kubectl For example, the google-cloud-cli-app-engine-java component can be installed as follows:

The installer installs all necessary dependencies, including the needed Python version. While Google Cloud CLI installs and manages Python 3 by default, you can use an existing Python installation if necessary by unchecking the option to Install Bundled Python. See gcloud topic startup to learn how to use an existing Python installation.

After installation is complete, the installer gives you the option to create Start Menu and Desktop shortcuts, start the Google Cloud CLI shell, and configure the gcloud CLI. Make sure that you leave the options to start the shell and configure your installation selected. The installer starts a terminal window and runs the gcloud init command.

After you have installed the gcloud CLI, you can usecommands in the gcloud components commandgroup to manage your installation. Thisincludes viewing installed components, adding and removing components, andupgrading to a new version or downgrading to a specific version of thegcloud CLI.

If you need a different version of the gcloud CLI, install thecurrent version using the instructions that appear earlier on this pageand then log in. After you are logged in, you candownload earlier releases.To see the versions sorted by date, be sure to enable Sort and filterand click the Created column.

Server Java Runtime Environment (Server JRE). For deploying Java applications on servers. Includes tools for JVM monitoring and tools commonly required for server applications, but does not include browser integration (Java plug-in), auto-update, or an installer.

The Helm project provides two ways to fetch and install Helm. These are theofficial methods to get Helm releases. In addition to that, the Helm communityprovides methods to install Helm through different package managers.Installation through those methods can be found below the official methods. 2351a5e196