Aleo-adapters NPM

Aleo Adapters

Aleo Wallet Adapters library is an easy to use, yet flexible and robust library of adapters for wallets such as: Leo, Fox, Soter, Puzzle, Avail.

This library allows you to simply import wallet adapters and conveniently integrate them into your project.

The major part of the code is largely based on a great job done by Aleo Name Service team

Quick Setup (using React UI)

📲Install

Install aleo adapters library:

npm install aleo-adapters

Export adapters which you want to use

🛠️Quick start

npx create-react-app aleo_dapp 
cd aleo_dapp

Install adapters library:

npm install aleo-adapters

Replace code in src/App.js with:

import { useMemo } from "react";
import { WalletProvider } from "aleo-hooks";

import { 
  PuzzleWalletAdapter, 
  LeoWalletAdapter, 
  FoxWalletAdapter, 
  SoterWalletAdapter,
  AvailWalletAdapter, 
  configureConnectionForPuzzle 
} from 'aleo-adapters';
import "./App.css";

function App() {
    const wallets = useMemo(
        () => [
            new LeoWalletAdapter({
                appName: 'Aleo app',
            }),
            new PuzzleWalletAdapter({
                appName: 'Aleo app',
            }),
            new FoxWalletAdapter({
                appName: 'Aleo app',
            }),
            new SoterWalletAdapter({
                appName: 'Aleo app',
            }),
            new AvailWalletAdapter({
                appName: 'Aleo app',
            })
        ],
        [],
    );

    useEffect(() => {
        configureConnectionForPuzzle({
            dAppName: 'Aleo',
            dAppDescription: 'Aleo description',
            dAppUrl: `https://${window.location.host}`,
            dAppIconURL:
                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',
        });
    }, []);

  return (
    <WalletProvider wallets={wallets} autoConnect>
      <div className="App">
        Some content...
      </div>
    </WalletProvider>
  );
}


export default App;

This code uses four reusable most popular wallet aleo adapters

Launch it with:

npm start

and build your next big Aleo dApp!