forestpm
v0.0.10
Published
An IPFS-backed package manager proxy cache
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Forest
An IPFS-backed package manager proxy cache, packaged up as an electron menu bar app and command line interface..
⚠️ This project is early development, things may not work and there will be frequent breaking changes ⚠️
If you'd like to contribute to the project, check out the existing issues, add your own feature requests or report bugs: https://github.com/forestpm/forest/issues
Want to learn more? Check out the docs folder for all the details.
Supported package managers
- npm (registry.npmjs.org)
- go modules (proxy.golang.org)
How it works
Forest proxies package manager http requests and caches requested packages onto IPFS then announces the CID of newly cached packages on the IPFS public DHT.
Forest listens for announcements of packages being cached to IPFS and stores announced metadata. Next time forest proxies a request for a packages that it already has the CID for, it will attempt to download the package via IPFS first, falling back to downloading the package from the original source via http if the IPFS download fails.
Forest trusts other instances but also verifies that the packages downloaded from IPFS match the original copies from the upstream registry.
Package metadata is also cached locally so you can use your package manager whilst offline too.
Project goals
- Smooth user experience
- Don't mess with lockfiles
- No extra infrastructure required
- Get people dogfooding IPFS as part of their regular workflows
Features
- Headless CLI - run forest as a daemon, ideal for usage on a server or in CI
- Republish local packages - republish all packages and their dependencies found in local metadata for resilient offline usage
- Seeding mode - Republish copies of all packages announced on the IPFS public DHT
- Export/import - easily share multiple packages cached instantly with other instances via IPFS
- Watch mode - watch for new package releases and seed each one to IPFS
Coming soon
- Package index UI - see which packages have been proxied, cached and stored on IPFS
- Local package search - search through locally available packages
- HTTP API - control forest over http
- Javascript API - integrate forest into other javascript applications
Installation
To install the command line npm package:
npm install -g forestpm
To install the electron app, you'll currently need to build from source, follow the development documentation.
To configure npm to use forest as a proxy:
forest config
# or manually set the following in ~/.npmrc
npm config set proxy http://0.0.0.0:8005/
npm config set https-proxy http://0.0.0.0:8005/
npm config set registry http://registry.npmjs.org/
npm config set strict-ssl false
# restore the defaults with
forest unconfig
To configure go modules to use forest as a proxy, set the following env var in your shell:
GOPROXY=http://localhost:8005
Commands
$ forest --help
forest
start the forest proxy server
Commands:
forest server start the forest proxy server [default]
forest browse open the forest UI
forest seed reseed any packages announced on IPFS
forest import load packages listed in forest.lock from IPFS
forest republish add local packages to IPFS and write to forest.lock
forest watch watch for new packages published upstream
forest packages list all cached packages
forest config set package managers proxy config
forest unconfig remove package managers proxy config
forest preload import packages from all package-lock.json files
forest update check for updates to all cached packages
forest verify validate cids of all cached packages
forest reset empty the forest database
forest sizes calculate sizes of tarballs
forest peers list peers sharing similar packages to you
forest export export all packages as a single IPFS directory
forest id find your IPFS peer ID
forest search query search packages by name
forest add manager name add a package to forest
Options:
--help Show help [boolean]
--version Show version number [boolean]
Development
Forest needs your help! There are a few things you can do right now to help out:
Read the Development documentation, Code of Conduct and Contributing Guidelines.
- Check out existing issues The issue list has many that are marked as 'help wanted' which make great starting points for development, many of which can be tackled with no prior IPFS knowledge
- Look at the Roadmap These are the high priority items being worked on right now
- Perform code reviews More eyes will help a. speed the project along b. ensure quality, and c. reduce possible future bugs.
- Add tests. There can never be enough tests.
Copyright
MIT License © 2021 Andrew Nesbitt.