bin-upload 0.0.11

Publish binaries to npm, pypi, and github releases.

Bin Upload

Easily distribute binaries via npm, pypi, and GitHub releases.

Overview

bin-upload is a CLI tool built with Bun that packages and publishes pre-built binaries to multiple registries and platforms. It supports:

• npm — Publishes a main package that depend on platform-specific binary packages using optionalDependencies.
• PyPI — Builds wheel (.whl) packages for each platform-specific tag.
• GitHub Releases — Creates releases and uploads archive assets (.tar.gz or .zip).

Installation

From npm

# Globally
npm install -g @d-dev/bin-upload
# or as a package dep
npm install -D @d-dev/bin-upload
# or run with npx
npx @d-dev/bin-upload <command>

From PyPI

pip install bin-upload
# or with UV
uv tool install bin-upload
# or run with uvx
uvx bin-upload <command>

From GitHub Releases

Download the appropriate binary for your platform from the releases page.

Quick Start

Requirements

The following must be installed and available on your path.

• npm: if publishing to npm
• uv: if publishing to pypi

1. Initialize a configuration file:

   bin-upload init
   

   This will walk you through an interactive prompt and generate a bin-upload.config.yaml file.

2. Pack binaries into publishable artifacts:

   bin-upload pack
   

   This will generate artifacts that can be published to npm (tarballs), pypi (wheel), and GitHub (tarballs and zips).

3. Publish the artifacts:

   bin-upload publish
   

   This publishes the artifacts generatd by the pack command.

Commands

init

Initialize a bin-upload configuration file via interactive prompts.

bin-upload init [options]

Option	Description
--help, -h	Show help.
--config, -c	Path to output configuration file.
--force, -f	Overwrite existing configuration file.

pack

Build publishable artifacts (npm tarballs, PyPI wheels, GitHub archives) from your binaries.

bin-upload pack [options]

Option	Description
--help, -h	Show help.
--config, -c	Path to YAML configuration file. Default: bin-upload.config.yaml.
--set, -s	Set configuration values, e.g., --set npm.packageJson.version=1.0.0.
--source	Sources to pack: all, npm, pypi, github. Default: all.
--verbose	Enable verbose logging.

publish

Publish the packed artifacts to their respective registries.

bin-upload publish [options]

Option	Description
--help, -h	Show help.
--config, -c	Path to YAML configuration file. Default: bin-upload.config.yaml.
--set, -s	Set configuration values, e.g., --set pypi.publish.token=some-token.
--source	Sources to publish: all, npm, pypi, github. Default: all.
--verbose	Enable verbose logging.

Configuration

The configuration file is a YAML file (default: bin-upload.config.yaml) that supports Eta templating with access to environment variables and built-in variables.

Template Variables

• env — Access environment variables, e.g., <%= env.NPM_TOKEN %>.
• vars.gitTag — The latest semver git tag (without the v prefix), extracted from tags matching v*.*.*.

Configuration Structure

binaries:
  # binaryId -> path to binary file
  linux-x64: "./bin/linux-x64/my-binary"
  darwin-arm64: "./bin/darwin-arm64/my-binary"
  win-x64: "./bin/win-x64/my-binary.exe"

pack:
  prePackCommand: "bun run build" # Optional command to run before packing
  dir: "./dist" # Output directory for packed artifacts

npm:
  readmeFile: "README.md"
  licenseFile: "LICENSE"
  packageJson:
    name: "@scope/my-package"
    version: <%= vars.gitTag %>
    description: "My binary package"
    license: "MIT"
  binaryPackages:
    # binaryId -> { name, os, arch } using Node.js process.platform/process.arch values
    linux-x64:
      name: "@scope/my-package-linux-x64"
      os: "linux"
      arch: "x64"
    darwin-arm64:
      name: "@scope/my-package-darwin-arm64"
      os: "darwin"
      arch: "arm64"
    win-x64:
      name: "@scope/my-package-win-x64"
      os: "win32"
      arch: "x64"
  binNames:
    - "my-binary" # Optional custom bin entry point names
  publish:
    access: "public"
    tag: "latest"
    # For publishing from local machine
    # Should omit if publishing from GitHub actions
    # using trusted publisher with npm
    "registry=https://registry.npmjs.org/": true
    "//registry.npmjs.org/:_authToken=<%= env.NPM_TOKEN %>": true

pypi:
  readmeFile: "README.md"
  platformTags:
    # binaryId -> wheel platform tag
    linux-x64: "manylinux_2_17_x86_64"
    darwin-arm64: "macosx_11_0_arm64"
    win-x64: "win_amd64"
  metadata:
    Name: "my-package"
    Version: <%= vars.gitTag %>
    Summary: "My binary package"
    Requires-Python: ">=3.11"
  entryPointNames:
    - "my-binary" # Optional custom console_scripts entry points
  publish:
    # For publishing from local machine
    # should omit if publishing from GitHub actions
    # using trusted publisher with pypi
    token: "<%= env.PYPI_TOKEN %>"

github:
  owner: "my-org"
  repo: "my-repo"
  # Token should have the following repository level permissions
  # Metadata read
  # Contents read and write
  token: "<%= env.GITHUB_TOKEN %>"
  release:
    tag_name: "v<%= vars.gitTag %>"
  archives:
    # Simple: binaryId -> format
    linux-x64: "tar.gz"
    win-x64: "zip"
    # Advanced: custom archive with file globs
    # source:
    #   format: "tar.gz"
    #   files:
    #     - cwd: "src"
    #       pattern: "**/*"
    #     - "README.md"

Setting Config Values via CLI

Use --set (-s) to override configuration values using dot notation:

bin-upload pack -s npm.packageJson.version=1.0.0 -s pypi.metadata.Version=1.0.0
bin-upload publish -s "pypi.publish.token=some-token"

This will create the following values in the yaml configuration.

npm
  packageJson
    version: 1.0.0

pypi
  metadata
    Version: 1.0.0

Escape dots and equals signs with backslashes when they are part of the key:

bin-upload publish -s "npm.publish.registry\=https://registry\.npmjs\.org/=true"

This will create the following values in the yaml configuration.

npm
  publish
    "registry=https://registry.npmjs.org/": true

How it Works

npm

The pack command generates:

• A main package that detects the user's platform (process.platform + process.arch) and delegates to the appropriate binary package.
• Platform-specific packages listed as optionalDependencies in the main package, each containing the binary for that platform.

Bin upload publishes a main npm package that depend on platform-specific binary packages using optionalDependencies. When the main package is installed, the corresponding platform-specific package containing the actual binary is also installed. This allows for downloading and installing only the necessary binary without relying on post-install scripts, which some package managers do not run for dependencies.

Note: musl Linux binaries cannot be distinguished from glibc Linux binaries via process.platform/process.arch, so they cannot be published to npm.

PyPI

The pack command builds platform-specific wheel (.whl) files. Each wheel contains:

• A Python wrapper module that locates and executes the bundled binary.
• Console script entry points for CLI usage.

Bin upload builds and published wheel (.whl) packages for each platform-specific tag. Only one PyPi package is created containing the platform-specific wheel files (unlike npm where each binary is published to its own npm package). Tools such as pip and uv automatically install the correct wheel for the machine installing the package.

GitHub Releases

The pack command creates .tar.gz or .zip archives. The publish command creates a GitHub release (if one doesn't exist for the tag) and uploads the archives as release assets.

Publishing

The npm cli is used to publish to npm while uv is used to publish to PyPi.

Environment Variables

Variable	Used By
NPM_TOKEN	npm publish authentication
PYPI_TOKEN	PyPI publish authentication
GITHUB_TOKEN	GitHub API authentication

These can be set in a .env file or your CI environment. When using trusted publishers (e.g., GitHub Actions OIDC), tokens may not be required.

Publishing

One of the variables available for reference in the configuration file is gitTag, a reference to the latest git tag on the current git branch that matches v\d+\.\d+\.\d+ (the variable is without the leading v). Referencing this variable in the configuration allows for git-based release process and bypasses the need to manually update version numbers when releasing.

Local git-based Release Flow

git add .
git commit -m "..."
git tag -a v1.0.0 -m "Release v1.0.0"
# The tag needs to exist in the remote
# in order for bin-upload to create a release
# for the tag and upload assets
git push --follow-tags
bin-upload pack
bin-upload publish

Publishing with GitHub actions

The following GitHub action will publish the binary artifacts whenever a version tag is pushed to the repo. You will need to establish trusted publishing between the GitHub repo and npm and/or pypi if publishing to those locations.

# .github/workflows/relesae.yml
name: Release

on:
  push:
    tags:
      - "v*"

permissions:
  contents: write
  id-token: write

jobs:
  release:
    runs-on: ubuntu-latest
    steps:
      - uses: actions/checkout@v4

      - uses: actions/setup-node@v4
        with:
          node-version: "24"
          registry-url: "https://registry.npmjs.org"

      - name: Install uv
        uses: astral-sh/setup-uv@v7

      - name: Build binaries
        run: COMMAND TO BUILD YOUR BINARIES

      - name: Pack
        run: uvx bin-upload pack

      - name: Publish
        run: uvx bin-upload publish
        env:
          GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }}

With the above GitHub action, you no longer need to set auth or tokens in the npm.publish and pypi.publish sections. You still need to reference the GITHUB_TOKEN in the github portion of the config.

From here, the release process is similar to releasing from local machine

git add .
git commit -m "..."
git tag -a v1.0.0 -m "Release v1.0.0"
git push --follow-tags

Development

This project uses Bun as its runtime and build tool.

# Install dependencies
bun install

# Build binaries for all platforms
bun run build

# Build for a specific target
bun run ./scripts/build.ts bun-darwin-arm64

# Lint and format
bun run check
bun run fix

License

MIT — Copyright (c) Derek Worthen