rjwebb

@canvas-js/core

This package exports a `Canvas` class that can be used to manually instantiate Canvas applications.

@canvas-js/hooks

Hooks for using Canvas applications in React.

@canvas-js/cli

Canvas provides a command line interface for running applications in Node.js, that join the peer-to-peer network.

@canvas-js/interfaces

This package exports TypeScript types for Canvas messages and other interfaces.

@canvas-js/signers

Utilities for signing and verifying Canvas actions and sessions

@canvas-js/chain-ethereum

The Ethers (v6) Ethereum signer takes an `ethers` signer, or generates a random `ethers.Wallet`, and uses it to sign a SIWE message authenticating a new session.

@canvas-js/chain-cosmos

The Cosmos session signer takes an injected Cosmos signer, which may be an `EthereumSigner`, `AminoSigner`, or `BytesSigner`, and uses it to authenticate a new session.

@canvas-js/chain-solana

The Solana session signer takes an injected `SolanaWindowSigner`, provided by Solana wallets like Phantom, and uses it to authenticate a new session.

@canvas-js/chain-substrate

The Substrate session signer takes an injected `polkadot-js` extension, or generates a random Substrate keypair, and uses it to authenticate a new session.

@canvas-js/okra-browser

Pure JS/IndexedDB okra implementation

@canvas-js/okra-node

Native NodeJS bindings for Okra over LMDB

@canvas-js/okra

A p2p merkle index in pure JavaScript

@canvas-js/okra-memory

Temporary Okra database backed by an in-memory red/black tree

@canvas-js/okra-idb

Persistent Okra database backed by IndexedDB

@canvas-js/store

Stores can be used with a variety of `apply` functions to achieve many different combinations of authentication and mutability.

@canvas-js/gossiplog

GossipLog is a decentralized, authenticated, multi-writer log designed to serve as a **general-purpose foundation for peer-to-peer applications**. It can be used as a simple replicated data store, the transaction log of a database, or the execution log of

@canvas-js/signed-cid

This package implements a tiny signed data format for IPLD values. Any [CID](https://docs.ipfs.tech/concepts/content-addressing/) can be signed, and the resulting `Signature` can be passed around as an independent value on its own.