NFID IdentityKit is a React library designed to simplify adding a wallet connection to your decentralized application (dApp). With intuitive, responsive, and customizable components, developers can easily select which ICP-compatible wallets to support in their apps for authentication, signatures, and transfers.
Before using NFID IdentityKit, ensure that you have:
A library to integrate compatible ICP wallets into your application, which contains React-specific components for integrating compatible ICP wallets into your application.
Install library with the following command:
npm install @nfid/identitykit
IdentityKit requires certain peer dependencies to function correctly. Ensure the following packages are installed in your project:
npm install @dfinity/ledger-icp @dfinity/identity @dfinity/agent @dfinity/candid @dfinity/principal @dfinity/utils @dfinity/auth-client
Note: IdentityKit is a React library and exports styles that need to be imported into your project.
Begin by importing the necessary styles in your project:
import "@nfid/identitykit/react/styles.css"
IdentityKitProvider
Next, wrap your entire application with the IdentityKitProvider
to enable wallet connections:
import { IdentityKitProvider } from "@nfid/identitykit/react"
const App = () => {
return (
<IdentityKitProvider>
<YourApp />
</IdentityKitProvider>
)
}
Finally, import and render the ConnectWallet
component in your application to allow users to
connect their wallets:
import { ConnectWallet } from "@nfid/identitykit/react"
export const YourApp = () => {
return <ConnectWallet />
}
Once integrated, IdentityKit will handle your user's wallet selection, display wallet information, and manage wallet switching.
This project is licensed under the MIT License.
Contributions are welcome! To get started, please submit a pull request or open an issue on GitHub.
If you encounter any issues or have questions, feel free to reach out to the team directly on Discord.
For full documentation, visit docs.identitykit.xyz.
Here is a short list of live IdentityKit implementations: