Categorygithub.com/cheebo/go-libp2p
modulepackage
6.0.5+incompatible
Repository: https://github.com/cheebo/go-libp2p.git
Documentation: pkg.go.dev

# README

libp2p hex logo

The Go implementation of the libp2p Networking Stack.



Project status

Throughput Graph

Table of Contents

Background

libp2p is a networking stack and library modularized out of The IPFS Project, and bundled separately for other tools to use.

libp2p is the product of a long, and arduous quest of understanding -- a deep dive into the internet's network stack, and plentiful peer-to-peer protocols from the past. Building large scale peer-to-peer systems has been complex and difficult in the last 15 years, and libp2p is a way to fix that. It is a "network stack" -- a protocol suite -- that cleanly separates concerns, and enables sophisticated applications to only use the protocols they absolutely need, without giving up interoperability and upgradeability. libp2p grew out of IPFS, but it is built so that lots of people can use it, for lots of different projects.

We will be writing a set of docs, posts, tutorials, and talks to explain what p2p is, why it is tremendously useful, and how it can help your existing and new projects. But in the meantime, check out

Bundles

There is currently only one bundle of go-libp2p, this package. This bundle is used by go-ipfs.

Usage

go-libp2p repo is a place holder for the list of Go modules that compose Go libp2p, as well as its entry point.

Install

> go get -d github.com/libp2p/go-libp2p/...
> cd $GOPATH/src/github.com/libp2p/go-libp2p
> make
> make deps

API

GoDoc

Examples

Examples can be found on the examples folder.

Development

Dependencies

While developing, you need to use gx to install and link your dependencies, to do that, run:

> make deps

Before commiting and pushing to Github, make sure to rewind the gx'ify of dependencies. You can do that with:

> make publish

Tests

Running of individual tests is done through gx test <path to test>

$ cd $GOPATH/src/github.com/libp2p/go-libp2p
$ make deps
$ gx test ./p2p/<path of module you want to run tests for>

Packages

WIP

List of packages currently in existence for libp2p:

PackageVersionCI
Transports
Connection Upgrades
Stream Muxers
Discovery
Crypto Channels
Peer Routing
Content Routing
Miscellaneous
Data Types

Contribute

go-libp2p is part of The IPFS Project, and is MIT licensed open source software. We welcome contributions big and small! Take a look at the community contributing notes. Please make sure to check the issues. Search the closed ones before reporting things, and help us with the open ones.

Guidelines:

  • read the libp2p spec
  • please make branches + pull-request, even if working on the main repository
  • ask questions or talk about things in Issues or #ipfs on freenode.
  • ensure you are able to contribute (no legal issues please-- we use the DCO)
  • run go fmt before pushing any code
  • run golint and go vet too -- some things (like protobuf files) are expected to fail.
  • get in touch with @jbenet and @diasdavid about how best to contribute
  • have fun!

There's a few things you can do right now to help out:

  • Go through the modules below and check out existing issues. This would be especially useful for modules in active development. Some knowledge of IPFS/libp2p may be required, as well as the infrasture behind it - for instance, you may need to read up on p2p and more complex operations like muxing to be able to help technically.
  • Perform code reviews.
  • Add tests. There can never be enough tests.

Modularizing go-libp2p

We have currently a work in progress of modularizing go-libp2p from a repo monolith to several packages in different repos that can be reused for other projects of swapped for custom libp2p builds.

We want to maintain history, so we'll use git-subtree for extracting packages. Find instructions below:

# 1) create the extracted tree (has the directory specified as -P as its root)
> cd go-libp2p/
> git subtree split -P p2p/crypto/secio/ -b libp2p-secio
62b0a5c21574bcbe06c422785cd5feff378ae5bd
# important to delete the tree now, so that outdated imports fail in step 5
> git rm -r p2p/crypto/secio/
> git commit
> cd ../

# 2) make the new repo
> mkdir go-libp2p-secio
> cd go-libp2p-secio/
> git init && git commit --allow-empty

# 3) fetch the extracted tree from the previous repo
> git remote add libp2p ../go-libp2p
> git fetch libp2p
> git reset --hard libp2p/libp2p-secio

# 4) update self import paths
> sed -someflagsidontknow 'go-libp2p/p2p/crypto/secio' 'golibp2p-secio'
> git commit

# 5) create package.json and check all imports are correct
> vim package.json
> gx --verbose install --global
> gx-go rewrite
> go test ./...
> gx-go rewrite --undo
> git commit

# 4) make the package ready
> vim README.md LICENSE
> git commit

# 5) bump the version separately
> vim package.json
> gx publish
> git add package.json .gx/
> git commit -m 'Publish 1.2.3'

# 6) clean up and push
> git remote rm libp2p
> git push origin master

# Packages

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# Functions

AddrsFactory configures libp2p to use the given address factory.
BandwidthReporter configures libp2p to use the given bandwidth reporter.
ChainOptions chains multiple options into a single option.
ConnectionManager configures libp2p to use the given connection manager.
EnableRelay configures libp2p to enable the relay transport.
FilterAddresses configures libp2p to never dial nor accept connections from the given addresses.
Identity configures libp2p to use the given private key to identify itself.
ListenAddrs configures libp2p to listen on the given addresses.
ListenAddrStrings configures libp2p to listen on the given (unparsed) addresses.
Muxer configures libp2p to use the given stream multiplexer (or stream multiplexer constructor).
NATManager will configure libp2p to use the requested NATManager.
NATPortMap configures libp2p to use the default NATManager.
New constructs a new libp2p node with the given options (falling back on reasonable defaults).
NewWithoutDefaults constructs a new libp2p node with the given options but *without* falling back on reasonable defaults.
Peerstore configures libp2p to use the given peerstore.
PrivateNetwork configures libp2p to use the given private network protector.
Security configures libp2p to use the given security transport (or transport constructor).
Transport configures libp2p to use the given transport (or transport constructor).

# Variables

DefaultMuxer configures libp2p to use the stream connection multiplexers.
DefaultPeerstore configures libp2p to use the default peerstore.
Defaults configures libp2p to use the default options.
DefaultSecurity is the default security option.
DefaultTransports are the default libp2p transports.
FallbackDefaults applies default options to the libp2p node if and only if no other relevent options have been applied.
NoSecurity is an option that completely disables all transport security.
RandomIdentity generates a random identity (default behaviour).

# Type aliases

Config describes a set of settings for a libp2p node.
Option is a libp2p config option that can be given to the libp2p constructor (`libp2p.New`).