Crate libp2p

Expand description

libp2p is a modular peer-to-peer networking framework.

To learn more about the general libp2p multi-language framework visit libp2p.io.

To get started with this libp2p implementation in Rust, please take a look at the tutorials. Further examples can be found in the examples directory.

Re-exports

pub use bytes;

pub use futures;

pub use self::simple::SimpleProtocol;

Modules

autonatautonat

Implementation of the AutoNAT protocol.

bandwidth

core

Transports, upgrades, multiplexing and node handling of libp2p.

dcutrdcutr

Implementation of the libp2p Direct Connection Upgrade through Relay specification.

deflatedeflate and neither Emscripten nor WASI nor target_os="unknown"

dnsdns

DNS name resolution

floodsubfloodsub

Implementation of the floodsub protocol.

gossipsubgossipsub and non-target_os="unknown"

Implementation of the Gossipsub protocol.

identifyidentify

Implementation of the Identify protocol.

identity

A node’s network identity keys.

kadkad

Implementation of the libp2p-specific Kademlia protocol.

mdnsmdns

Implementation of the libp2p-specific mDNS protocol.

metricsmetrics

Auxiliary crate recording protocol and Swarm events and exposing them as metrics in the OpenMetrics format.

mplexmplex

Implementation of the Stream Multiplexer Mplex protocol.

multiaddr

multihash

Multihash implementation.

noisenoise

Noise protocol framework support for libp2p.

pingping

This module implements the /ipfs/ping/1.0.0 protocol.

plaintextplaintext

Implementation of the plaintext protocol.

pnetpnet

Implementation of the pnet protocol.

quicquic and neither Emscripten nor WASI nor target_os="unknown"

Implementation of the QUIC transport protocol for libp2p.

relayrelay

Implementation of libp2p circuit relay protocol.

rendezvousrendezvous

Implementation of the Rendezvous protocol.

request_responserequest-response

Generic request/response protocols.

simple

swarm

High-level network manager.

tcptcp

Implementation of the libp2p libp2p_core::Transport trait for TCP/IP.

tlstls

TLS configuration based on libp2p TLS specs.

tutorials

Rust-libp2p Tutorials to get started with.

udsuds

wasm_extwasm-ext

Implementation of the libp2p Transport trait for external transports.

webrtcwebrtc

Implementation of the libp2p_core::Transport trait for WebRTC protocol without a signaling server.

websocketwebsocket and neither Emscripten nor WASI nor target_os="unknown"

Implementation of the libp2p Transport trait for Websockets.

yamuxyamux

Implementation of the Yamux multiplexing protocol for libp2p.

Macros

build_multiaddr

Easy way for a user to create a Multiaddr.

Structs

Multiaddr

Representation of a Multiaddr.

PeerId

Identifier of a peer of the network.

Swarm

Contains the state of the network, plus the way it should behave.

Enums

TransportError

An error during dialing or listening on a Transport.

Traits

InboundUpgrade

Possible upgrade on an inbound connection or substream.

InboundUpgradeExt

Extension trait for InboundUpgrade. Automatically implemented on all types that implement InboundUpgrade.

OutboundUpgrade

Possible upgrade on an outbound connection or substream.

OutboundUpgradeExt

Extention trait for OutboundUpgrade. Automatically implemented on all types that implement OutboundUpgrade.

Transport

A transport provides connection-oriented communication between two peers through ordered streams of data (i.e. connections).

TransportExt

Trait automatically implemented on all objects that implement Transport. Provides some additional utilities.

development_transportNeither Emscripten nor WASI nor target_os="unknown" and (tcp-async-io and dns-async-std, or tcp and dns and async-std) and websocket and noise and mplex and yamux

Builds a Transport based on TCP/IP that supports the most commonly-used features of libp2p:

tokio_development_transportNeither Emscripten nor WASI nor target_os="unknown" and (tcp-tokio and dns-tokio, or tcp and dns and tokio) and websocket and noise and mplex and yamux

Builds a Transport based on TCP/IP that supports the most commonly-used features of libp2p: