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A better `npm publish`

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🚀 Automate versioning and package publishing

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Quick Overview

np (short for "npm publish") is a better npm publish command. It's a CLI tool that makes versioning and publishing npm packages easier and more consistent. np provides interactive prompts, runs tests, and performs various checks before publishing to ensure a smooth release process.

Pros

  • Streamlines the npm package publishing process
  • Runs tests and performs checks before publishing
  • Supports various version control systems (Git, Mercurial)
  • Provides interactive prompts for version selection and publishing confirmation

Cons

  • Requires Node.js and npm to be installed
  • May not be suitable for very complex publishing workflows
  • Limited customization options for some steps in the process
  • Might be overkill for simple projects or infrequent publishers

Getting Started

To use np, first install it globally:

npm install --global np

Then, in your npm package directory, simply run:

np

This will start the interactive publishing process. Follow the prompts to select the new version, run tests, and publish your package.

For more advanced usage, you can specify options:

np patch --yolo --no-publish

This example bumps the patch version, skips tests, and prepares the release without actually publishing it.

Competitor Comparisons

🚀 Automate versioning and package publishing

Pros of release-it

  • More flexible and customizable with extensive configuration options
  • Supports a wider range of version control systems (Git, SVN, Mercurial)
  • Integrates with various CI/CD platforms and issue trackers

Cons of release-it

  • Steeper learning curve due to more complex configuration
  • May require more setup time for simple projects
  • Less opinionated, which can lead to inconsistent release processes across teams

Code Comparison

release-it configuration example:

{
  "git": {
    "requireCleanWorkingDir": false,
    "commitMessage": "Release ${version}",
    "tagName": "v${version}"
  },
  "npm": {
    "publish": true
  }
}

np configuration example:

{
  "yarn": true,
  "contents": "dist",
  "releaseDraft": true
}

Both tools aim to simplify the release process for npm packages, but they differ in their approach and feature set. release-it offers more flexibility and customization options, making it suitable for complex projects with specific release requirements. np, on the other hand, provides a more streamlined and opinionated approach, which can be beneficial for simpler projects or teams looking for a standardized release process.

release-it's extensive configuration options allow for fine-grained control over the release process, including support for various version control systems and CI/CD integrations. However, this flexibility comes at the cost of a steeper learning curve and potentially more setup time.

np focuses on simplicity and ease of use, with sensible defaults that work well for many npm packages. It may be more suitable for developers who prefer a quick and straightforward release process without extensive configuration.

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Pros of standard-version

  • Generates a CHANGELOG.md file automatically based on commit messages
  • Supports custom commit types and scopes for more flexible versioning
  • Can be used as a standalone CLI tool without integration into npm scripts

Cons of standard-version

  • Requires adherence to Conventional Commits specification for optimal functionality
  • Less opinionated about release process, which may require more manual configuration
  • Doesn't include built-in features for publishing to npm or creating GitHub releases

Code comparison

standard-version:

{
  "scripts": {
    "release": "standard-version"
  }
}

np:

{
  "scripts": {
    "release": "np"
  }
}

Both tools can be integrated into npm scripts similarly, but np offers more out-of-the-box functionality for publishing and creating releases, while standard-version focuses primarily on versioning and changelog generation.

standard-version is better suited for projects that strictly follow Conventional Commits and need detailed changelog generation. np is more appropriate for projects that want a streamlined, opinionated release process with less configuration required.

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Pros of semantic-release

  • Fully automated release process, including changelog generation
  • Integrates well with CI/CD pipelines
  • Supports multiple package managers and languages

Cons of semantic-release

  • Steeper learning curve and more complex setup
  • Less flexibility for manual control over releases
  • Requires strict adherence to commit message conventions

Code Comparison

semantic-release configuration:

{
  "plugins": [
    "@semantic-release/commit-analyzer",
    "@semantic-release/release-notes-generator",
    "@semantic-release/npm",
    "@semantic-release/github"
  ]
}

np usage:

np

Key Differences

  • semantic-release is designed for fully automated releases, while np provides a more interactive and manual approach
  • semantic-release relies on commit message conventions to determine version bumps, whereas np allows manual version selection
  • semantic-release integrates more deeply with CI/CD systems, while np is typically run locally by developers

Use Cases

  • Choose semantic-release for projects with frequent releases and well-established commit conventions
  • Opt for np when you prefer more control over the release process or have a simpler project structure

Both tools aim to streamline the release process, but they cater to different workflows and team preferences. semantic-release excels in automation and consistency, while np offers simplicity and manual control.

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:dragon: Lerna is a fast, modern build system for managing and publishing multiple JavaScript/TypeScript packages from the same repository.

Pros of Lerna

  • Designed for managing multiple packages in a monorepo
  • Supports versioning and publishing of multiple packages simultaneously
  • Provides tools for running commands across all packages

Cons of Lerna

  • Steeper learning curve due to more complex configuration
  • Can be overkill for single-package projects
  • Requires more setup and maintenance

Code Comparison

Lerna (lerna.json):

{
  "version": "independent",
  "npmClient": "npm",
  "command": {
    "publish": {
      "ignoreChanges": ["*.md"]
    }
  }
}

np (package.json):

{
  "scripts": {
    "release": "np"
  }
}

Key Differences

  • Lerna is focused on monorepo management, while np is designed for single-package publishing
  • Lerna requires more configuration but offers more flexibility for complex projects
  • np provides a simpler, more streamlined experience for individual package releases

Use Cases

  • Choose Lerna for large projects with multiple interconnected packages
  • Opt for np when working on single packages or smaller projects with simpler release processes

Both tools aim to simplify the package publishing process, but they cater to different project structures and complexity levels. The choice between them depends on your project's specific needs and scale.

🦋 A way to manage your versioning and changelogs with a focus on monorepos

Pros of Changesets

  • Supports monorepo structures and multi-package releases
  • Provides a more collaborative approach to version management
  • Offers flexible configuration options for different project needs

Cons of Changesets

  • Requires more setup and configuration compared to np
  • May have a steeper learning curve for teams new to the concept
  • Less suitable for single-package projects or simple versioning needs

Code Comparison

np:

import np from 'np';

await np({
  cleanup: false,
  yolo: true,
  publish: false,
});

Changesets:

import { getPackages } from '@manypkg/get-packages';
import { createReleasePlan } from '@changesets/get-release-plan';

const packages = await getPackages(process.cwd());
const releasePlan = await createReleasePlan(packages);

Summary

Changesets is better suited for complex, multi-package projects and teams looking for a more collaborative versioning approach. It offers greater flexibility but requires more setup. np, on the other hand, is simpler to use and ideal for single-package projects or quick releases. The choice between the two depends on project structure, team size, and versioning complexity.

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Pros of zx

  • Focuses on simplifying shell scripting with JavaScript, offering a more versatile scripting environment
  • Provides built-in functions for common shell operations, making it easier to write cross-platform scripts
  • Allows seamless integration of JavaScript and shell commands in a single script

Cons of zx

  • Less specialized for npm package publishing compared to np
  • May require more setup and configuration for specific npm-related tasks
  • Lacks some of the automated checks and safeguards that np provides for package publishing

Code Comparison

np:

import np from 'np';

await np({
  cleanup: false,
  yarn: false,
  contents: 'dist'
});

zx:

#!/usr/bin/env zx

await $`npm version patch`
await $`npm publish`
await $`git push --follow-tags`

Summary

While np is specifically designed for streamlining npm package publishing with various checks and automations, zx offers a more general-purpose scripting solution that combines JavaScript and shell commands. np excels in its focused approach to npm publishing, whereas zx provides greater flexibility for a wide range of scripting tasks, including but not limited to npm-related operations.

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README

np XO code style

A better npm publish

Why

  • Interactive UI
  • Ensures you are publishing from your release branch (main and master by default)
  • Ensures the working directory is clean and that there are no unpulled changes
  • Reinstalls dependencies to ensure your project works with the latest dependency tree
  • Ensures your Node.js and npm versions are supported by the project and its dependencies
  • Runs the tests
  • Bumps the version in package.json and npm-shrinkwrap.json (if present) and creates a git tag
  • Prevents accidental publishing of pre-release versions under the latest dist-tag
  • Publishes the new version to npm, optionally under a dist-tag
  • Rolls back the project to its previous state in case publishing fails
  • Pushes commits and tags (newly & previously created) to GitHub/GitLab
  • Supports two-factor authentication
  • Enables two-factor authentication on new repositories
    (does not apply to external registries)
  • Opens a prefilled GitHub Releases draft after publish
  • Warns about the possibility of extraneous files being published
  • See exactly what will be executed with preview mode, without pushing or publishing anything remotely
  • Supports GitHub Packages
  • Supports npm 9+, Yarn (Classic and Berry), and pnpm 8+

Why not

Prerequisite

  • Node.js 18 or later
  • npm 9 or later
  • Git 2.11 or later

Install

npm install --global np

Usage

$ np --help

  Usage
    $ np <version>

    Version can be:
      patch | minor | major | prepatch | preminor | premajor | prerelease | 1.2.3

  Options
    --any-branch            Allow publishing from any branch
    --branch                Name of the release branch (default: main | master)
    --no-cleanup            Skips cleanup of node_modules
    --no-tests              Skips tests
    --yolo                  Skips cleanup and testing
    --no-publish            Skips publishing
    --preview               Show tasks without actually executing them
    --tag                   Publish under a given dist-tag
    --contents              Subdirectory to publish
    --no-release-draft      Skips opening a GitHub release draft
    --release-draft-only    Only opens a GitHub release draft for the latest published version
    --test-script           Name of npm run script to run tests before publishing (default: test)
    --no-2fa                Don't enable 2FA on new packages (not recommended)
    --message               Version bump commit message, '%s' will be replaced with version (default: '%s' with npm and 'v%s' with yarn)
    --package-manager       Use a specific package manager (default: 'packageManager' field in package.json)

  Examples
    $ np
    $ np patch
    $ np 1.0.2
    $ np 1.0.2-beta.3 --tag=beta
    $ np 1.0.2-beta.3 --tag=beta --contents=dist

Interactive UI

Run np without arguments to launch the interactive UI that guides you through publishing a new version.

Config

np can be configured both globally and locally. When using the global np binary, you can configure any of the CLI flags in either a .np-config.js (as CJS), .np-config.cjs, .np-config.mjs, or .np-config.json file in the home directory. When using the local np binary, for example, in a npm run script, you can configure np by setting the flags in either a top-level np field in package.json or in one of the aforementioned file types in the project directory. If it exists, the local installation will always take precedence. This ensures any local config matches the version of np it was designed for.

Currently, these are the flags you can configure:

  • anyBranch - Allow publishing from any branch (false by default).
  • branch - Name of the release branch (main or master by default).
  • cleanup - Cleanup node_modules (true by default).
  • tests - Run npm test (true by default).
  • yolo - Skip cleanup and testing (false by default).
  • publish - Publish (true by default).
  • preview - Show tasks without actually executing them (false by default).
  • tag - Publish under a given dist-tag (latest by default).
  • contents - Subdirectory to publish (. by default).
  • releaseDraft - Open a GitHub release draft after releasing (true by default).
  • testScript - Name of npm run script to run tests before publishing (test by default).
  • 2fa - Enable 2FA on new packages (true by default) (setting this to false is not recommended).
  • message - The commit message used for the version bump. Any %s in the string will be replaced with the new version. By default, npm uses %s and Yarn uses v%s.
  • packageManager - Set the package manager to be used. Defaults to the packageManager field in package.json, so only use if you can't update package.json for some reason.

For example, this configures np to use unit-test as a test script, and to use dist as the subdirectory to publish:

package.json

{
	"name": "superb-package",
	"np": {
		"testScript": "unit-test",
		"contents": "dist"
	}
}

.np-config.json

{
	"testScript": "unit-test",
	"contents": "dist"
}

.np-config.js or .np-config.cjs

module.exports = {
	testScript: 'unit-test',
	contents: 'dist'
};

.np-config.mjs

export default {
	testScript: 'unit-test',
	contents: 'dist'
};

Note: The global config only applies when using the global np binary, and is never inherited when using a local binary.

Tips

npm hooks

You can use any of the test/version/publish related npm lifecycle hooks in your package.json to add extra behavior.

For example, here we build the documentation before tagging the release:

{
	"name": "my-awesome-package",
	"scripts": {
		"version": "./build-docs && git add docs"
	}
}

Release script

You can also add np to a custom script in package.json. This can be useful if you want all maintainers of a package to release the same way (Not forgetting to push Git tags, for example). However, you can't use publish as name of your script because it's an npm defined lifecycle hook.

{
	"name": "my-awesome-package",
	"scripts": {
		"release": "np"
	},
	"devDependencies": {
		"np": "*"
	}
}

User-defined tests

If you want to run a user-defined test script before publishing instead of the normal npm test or yarn test, you can use --test-script flag or the testScript config. This can be useful when your normal test script is running with a --watch flag or in case you want to run some specific tests (maybe on the packaged files) before publishing.

For example, np --test-script=publish-test would run the publish-test script instead of the default test.

{
	"name": "my-awesome-package",
	"scripts": {
		"test": "ava --watch",
		"publish-test": "ava"
	},
	"devDependencies": {
		"np": "*"
	}
}

Signed Git tag

Set the sign-git-tag npm config to have the Git tag signed:

$ npm config set sign-git-tag true

Or set the version-sign-git-tag Yarn config:

$ yarn config set version-sign-git-tag true

Private packages

You can use np for packages that aren't publicly published to npm (perhaps installed from a private git repo).

Set "private": true in your package.json and the publishing step will be skipped. All other steps including versioning and pushing tags will still be completed.

Public scoped packages

To publish scoped packages to the public registry, you need to set the access level to public. You can do that by adding the following to your package.json:

"publishConfig": {
	"access": "public"
}

If publishing a scoped package for the first time, np will prompt you to ask if you want to publish it publicly.

Note: When publishing a scoped package, the first ever version you publish has to be done interactively using np. If not, you cannot use np to publish future versions of the package.

Private Org-scoped packages

To publish a private Org-scoped package, you need to set the access level to restricted. You can do that by adding the following to your package.json:

"publishConfig": {
	"access": "restricted"
}

Publish to a custom registry

Set the registry option in package.json to the URL of your registry:

"publishConfig": {
	"registry": "https://my-internal-registry.local"
}

Package managers

If a package manager is not set in package.json, via configuration (packageManager), or via the CLI (--package-manager), np will attempt to infer the best package manager to use by looking for lockfiles. But it's recommended to set the packageManager field in your package.json to be consistent with other tools. See also the corepack docs.

Publish with a CI

If you use a Continuous Integration server to publish your tagged commits, use the --no-publish flag to skip the publishing step of np.

Publish to gh-pages

To publish to gh-pages (or any other branch that serves your static assets), install branchsite, an np-like CLI tool aimed to complement np, and create an npm "post" hook that runs after np.

npm install --save-dev branchsite
"scripts": {
	"deploy": "np",
	"postdeploy": "bs"
}

Initial version

For new packages, start the version field in package.json at 0.0.0 and let np bump it to 1.0.0 or 0.1.0 when publishing.

Release an update to an old major version

To release a minor/patch version for an old major version, create a branch from the major version's git tag and run np:

$ git checkout -b fix-old-bug v1.0.0 # Where 1.0.0 is the previous major version
# Create some commits…
$ git push --set-upstream origin HEAD
$ np patch --any-branch --tag=v1

The prerequisite step runs forever on macOS

If you're using macOS Sierra 10.12.2 or later, your SSH key passphrase is no longer stored into the keychain by default. This may cause the prerequisite step to run forever because it prompts for your passphrase in the background. To fix this, add the following lines to your ~/.ssh/config and run a simple Git command like git fetch.

Host *
 AddKeysToAgent yes
 UseKeychain yes

If you're running into other issues when using SSH, please consult GitHub's support article.

Ignore strategy

The ignore strategy, either maintained in the files-property in package.json or in .npmignore, is meant to help reduce the package size. To avoid broken packages caused by essential files being accidentally ignored, np prints out all the new and unpublished files added to Git. Test files and other common files that are never published are not considered. np assumes either a standard directory layout or a customized layout represented in the directories property in package.json.

FAQ

I get an error when publishing my package through Yarn

If you get an error like this…

❯ Prerequisite check
✔ Ping npm registry
✔ Check npm version
✔ Check yarn version
✖ Verify user is authenticated

npm ERR! code E403
npm ERR! 403 Forbidden - GET https://registry.yarnpkg.com/-/package/my-awesome-package/collaborators?format=cli - Forbidden

…please check whether the command npm access list collaborators my-awesome-package succeeds. If it doesn't, Yarn has overwritten your registry URL. To fix this, add the correct registry URL to package.json:

"publishConfig": {
	"registry": "https://registry.npmjs.org"
}

Maintainers

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