A minimal, embeddable Secure Scuttlebutt node capable of lightweight replication and feed storage.
The node can be run as a commandline application or embedded into another Rust application as a library.
Background | Features | Installation | Usage | Examples | CLI Options | Configuration | License
Solar was written by @adria0 with the idea to enable community hardware devices to speak Secure Scuttlebutt using the Kuska Rust libraries, mainly based on async_std.
This fork aims to evolve solar into a minimal Scuttlebutt node capable of lightweight replication and feed storage. Much like scuttlego, this fork is not intended to reproduce the full suite of MUXRPC methods used in the JS SSB ecosystem. It will only implement the core MUXRPC methods required for message publishing and replication. Indexes are provided to facilitate client creation.
- Keypair creation: Automatically generate a new public-private keypair
- Feed generation: Store published and replicated messages in a key-value database
- LAN discovery: Broadcast and listen for peer connection messages over UDP
- EBT replication: Replicate with peers using epidemic broadcast trees
- Legacy replication: Replicate with peers using MUXRPC (
createHistoryStreametc.) - Local feed resync: Recover lost local feed messages from peers
- Interoperability: Connect and replicate with Manyverse, Patchwork and Go-SSB
- Selective replication: Only replicate with specified peers
- JSON-RPC interface: Interact with the node using JSON-RPC over HTTP
- Alternative network key: Operate with a unique network key
- Database indexes: Look up state with efficient queries
Download the latest release and copy the binary to /usr/bin or similar directory.
Alternatively, clone the source and build the binary (see RPi build instructions if required):
git clone [email protected]:mycognosist/solar.git
cd solar
cargo build --release
Embed solar into a Rust application:
use solar::{ApplicationConfig, Node};
let config = ApplicationConfig::default();
let node = Node::start(config).await;Or run it as a commandline application:
# Run the debug build
cargo run
# Build the release build
cargo build --release
# Run the release build with logging
RUST_LOG=info ./target/release/solar
See the commandline application README for a full list of usage options.
Enable LAN discovery:
solar --lan true
Listen for TCP connections on the IPv6 wildcard and non-default port:
solar --ip :: --port 8010
Enable log reporting at the debug level:
RUST_LOG=solar=debug solar
Attempt a connection with a peer:
solar --connect "tcp://[200:df93:fed8:e5ff:5c43:eab7:6c74:9d94]:8010?shs=MDErHCTxklXc7QZ43fnyzERbRJ7fccRfCYF11EqIFEI="
The public-private keypair is stored in ~/.local/share/solar/secret.toml (or equivalent path according to the XDG Base Directory Specification).
Likewise, replication configuration is stored in ~/.local/share/solar/replication.toml. This file consists of a series of key-value pairs and defines the peers with whom the local node will attempt to replicate.
Peers can be manually added to the replication configuration:
vim ~/.local/share/solar/replication.toml
[peers]
# Peer data takes the form of key-value pairs.
# The key is the public key of a peer (without the '@' prefix).
# The value is the connection address of the peer.
# The connection address takes the form: <host>:<port>.
# The value must be an empty string if the URL is unknown.
"o8lWpyLeSqV/BJV9pbxFhKpwm6Lw5k+sqexYK+zT9Tc=.ed25519" = "[200:9730:17c:7f5b:c7c6:c999:7b2a:c958]:8008"
"HEqy940T6uB+T+d9Jaa58aNfRzLx9eRWqkZljBmnkmk=.ed25519" = ""Alternatively, peers can be added to the replication configuration via CLI options:
solar --connect "tcp://[200:df93:fed8:e5ff:5c43:eab7:6c74:9d94]:8010?shs=MDErHCTxklXc7QZ43fnyzERbRJ7fccRfCYF11EqIFEI=" --replicate connect
Log-level can be defined by setting the RUST_LOG environment variable.
AGPL-3.0