1. libnpmpublish
Programmatic API for the bits behind npm publish and unpublish
libnpmpublish
Package: libnpmpublish
Created by: npm
Last modified: Tue, 30 Apr 2024 21:57:55 GMT
Version: 9.0.7
License: ISC
Downloads: 6,930,023
Repository: https://github.com/npm/cli

Install

npm install libnpmpublish
yarn add libnpmpublish

libnpmpublish

npm version
license
CI - libnpmpublish

libnpmpublish is a Node.js
library for programmatically publishing and unpublishing npm packages. Give
it a manifest as an object and a tarball as a Buffer, and it'll put them on
the registry for you.

Table of Contents

Example

 const { publish, unpublish } = require('libnpmpublish')

Install

$ npm install libnpmpublish

API

opts for libnpmpublish commands

libnpmpublish uses
npm-registry-fetch. Most options
are passed through directly to that library, so please refer to its own
opts documentation
for
options that can be passed in.

A couple of options of note:

  • opts.defaultTag - registers the published package with the given tag,
    defaults to latest.

  • opts.access - tells the registry whether this package should be
    published as public or restricted. Only applies to scoped
    packages. Defaults to public.

  • opts.token - can be passed in and will be used as the authentication
    token for the registry. For other ways to pass in auth details, see the
    n-r-f docs.

  • opts.provenance - when running in a supported CI environment, will trigger
    the generation of a signed provenance statement to be published alongside
    the package. Mutually exclusive with the provenanceFile option.

  • opts.provenanceFile - specifies the path to an externally-generated
    provenance statement to be published alongside the package. Mutually
    exclusive with the provenance option. The specified file should be a
    Sigstore Bundle
    containing a DSSE-packaged
    provenance statement.

> libpub.publish(manifest, tarData, [opts]) -> Promise

Sends the package represented by the manifest and tarData to the
configured registry.

manifest should be the parsed package.json for the package being
published (which can also be the manifest pulled from a packument, a git
repo, tarball, etc.)

tarData is a Buffer of the tarball being published.

If opts.npmVersion is passed in, it will be used as the _npmVersion
field in the outgoing packument. You may put your own user-agent string in
there to identify your publishes.

If opts.algorithms is passed in, it should be an array of hashing
algorithms to generate integrity hashes for. The default is ['sha512'],
which means you end up with dist.integrity = 'sha512-deadbeefbadc0ffee'.
Any algorithm supported by your current node version is allowed -- npm
clients that do not support those algorithms will simply ignore the
unsupported hashes.

Example
 // note that pacote.manifest() and pacote.tarball() can also take
// any spec that npm can install.  a folder shown here, since that's
// far and away the most common use case.
const path = '/a/path/to/your/source/code'
const pacote = require('pacote') // see: http://npm.im/pacote
const manifest = await pacote.manifest(path)
const tarData = await pacote.tarball(path)
await libpub.publish(manifest, tarData, {
  npmVersion: '[email protected]',
  token: 'my-auth-token-here'
}, opts)
// Package has been published to the npm registry.

> libpub.unpublish(spec, [opts]) -> Promise

Unpublishes spec from the appropriate registry. The registry in question may
have its own limitations on unpublishing.

spec should be either a string, or a valid
npm-package-arg parsed spec object. For
legacy compatibility reasons, only tag and version specs will work as
expected. range specs will fail silently in most cases.

Example
 await libpub.unpublish('lodash', { token: 'i-am-the-worst'})
//
// `lodash` has now been unpublished, along with all its versions

RELATED POST

10 Must-Know Windows Shortcuts That Will Save You Time

10 Must-Know Windows Shortcuts That Will Save You Time

Arrays vs Linked Lists: Which is Better for Memory Management in Data Structures?

Arrays vs Linked Lists: Which is Better for Memory Management in Data Structures?

Navigating AWS Networking: Essential Hacks for Smooth Operation

Navigating AWS Networking: Essential Hacks for Smooth Operation

Achieving Stunning Visuals with Unity's Global Illumination

Achieving Stunning Visuals with Unity's Global Illumination

Nim's Hidden Gems: Lesser-known Features for Writing Efficient Code

Nim's Hidden Gems: Lesser-known Features for Writing Efficient Code