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Node.js plugin for asdf version manager

Install

After installing asdf, install the plugin by running:

asdf plugin add nodejs https://github.com/asdf-vm/asdf-nodejs.git

Use

Check asdf readme for instructions on how to install & manage versions of Node.js at a system and project level.

Behind the scenes, asdf-nodejs utilizes node-build to install pre-compiled binaries and compile from source if necessary. You can check its README for additional settings and some troubleshooting.

When compiling a version from source, you are going to need to install all requirements for compiling Node.js (be advised that different versions might require different configurations). That being said, node-build does a great job at handling edge cases and compilations rarely need a deep investigation.

Configuration

node-build already has a handful of settings, in additional to that asdf-nodejs has a few extra configuration variables:

.nvmrc and .node-version support

asdf uses a .tool-versions file for auto-switching between software versions. To ease migration, you can have it read an existing .nvmrc or .node-version file to find out what version of Node.js should be used. To do this, add the following to $HOME/.asdfrc:

legacy_version_file = yes

Partial and codename versions

Many version managers allow you to use partial versions (e.g. v10) or NodeJS codenames (e.g. lts/hydrogen) in version files, which are resolved at runtime. However, this can be risky as it is not guaranteed that all developers will use the same version, leading to non-reproducibility. In asdf, we prioritize reproducibility, so you cannot use partial versions or codenames in a .tool-versions file.

To address this, we offer an escape hatch for legacy version files. If you are comfortable with non-reproducibility issues, you can choose between strategies in a custom environment variable ASDF_NODEJS_LEGACY_FILE_DYNAMIC_STRATEGY. You can export this variable from your shell rc file and it will become the default behavior.

This option is only available for legacy version files (.nvmrc and .node-version, at the moment), for that you will need to set legacy_version_file to yes in your .asdfrc config file. More info on the official docs

The .tool-versions file will never support non-deterministic versions, if they were supported in the past that was an unintentional side-effect

The possible values for this variable are:

It is important to be aware of the risks of non-reproducibility. Debugging can become more challenging and bugs may leak into production if the deployed node version differs from the one used in development. Ideally, maintainers should be encouraged to pin the version to a specific release to avoid these issues.

If non-reproducibility is not a concern for you, you can use one of the following resolve scripts in your shell rc file:

export ASDF_NODEJS_LEGACY_FILE_DYNAMIC_STRATEGY=latest_installed
# OR
export ASDF_NODEJS_LEGACY_FILE_DYNAMIC_STRATEGY=latest_available

NOTE: Partial versions and codenames only work for legacy version files: .node-version and .nvmrc.

Default npm Packages

asdf-nodejs can automatically install a set of default set of npm package right after installing a Node.js version. To enable this feature, provide a $HOME/.default-npm-packages file that lists one package per line, for example:

lodash
request
express

You can specify a non-default location of this file by setting a ASDF_NPM_DEFAULT_PACKAGES_FILE variable.

Running the wrapped node-build command

We provide a command for running the installed node-build command:

asdf nodejs nodebuild --version

node-build advanced variations

node-build has some additional variations aside from the versions listed in asdf list-all nodejs (chakracore/graalvm branches and some others). As of now, we weakly support these variations. In the sense that they are available for install and can be used in a .tool-versions file, but we don't list them as installation candidates nor give them full attention.

Some of them will work out of the box, and some will need a bit of investigation to get them built. We are planning in providing better support for these variations in the future.

To list all the available variations run:

asdf nodejs nodebuild --definitions

Note that this command only lists the current node-build definitions. You might want to update the local node-build repository before listing them.

Manually updating node-build definitions

Every new node version needs to have a definition file in the node-build repository. asdf-nodejs already tries to update node-build on every new version installation, but if you want to update node-build manually for some reason we provide a command just for that:

asdf nodejs update-nodebuild

Integrity/signature check

In the past asdf-nodejs checked for signatures and integrity by querying live keyservers. node-build, on the other hand, checks integrity by precomputing checksums ahead of time and versioning them together with the instructions for building them, making the process a lot more streamlined.

Resolving latest available LTS version in a script

This plugin adds a custom subcommand asdf nodejs resolve lts. If you want to know what is the latest available LTS major version number you can do this:

# Before checking for aliases, update nodebuild to check for newly releasead versions
asdf nodejs update-nodebuild

asdf nodejs resolve lts
# outputs: 22.11.0

You also have the option of forcing a resolution strategy by using the flags --latest-installed and --latest-available

# Outputs the latest version installed locally which is a LTS
asdf nodejs resolve lts --latest-installed

# Outputs the latest version available for download which is a LTS
asdf nodejs resolve lts --latest-available

Corepack

If you're using Node.js' corepack to install yarn or pnpm, you'll need to reshim after running corepack prepare, example:

corepack enable
corepack prepare pnpm@latest --activate
asdf reshim nodejs