Core on-chain pieces for LIVRE OS / Solivre.
This repo currently contains:
SolivreKernel.sol– minimal identity kernel: register + update recordsProofOrchestrator.sol– (stub) future coordinator for proof templates- Hardhat + Ignition setup for local development and deployment
- Foundry-style Solidity tests using
forge-std
⚠️ Everything here is experimental and not audited.
Do not use these contracts in production or with real value.
- Node 20+
- npm
- (Optional)
curlor Postman if you want to poke the JSON-RPC
Install dependencies:
npm install
# Sample Hardhat 3 Beta Project (`node:test` and `viem`)
This project showcases a Hardhat 3 Beta project using the native Node.js test runner (`node:test`) and the `viem` library for Ethereum interactions.
To learn more about the Hardhat 3 Beta, please visit the [Getting Started guide](https://hardhat.org/docs/getting-started#getting-started-with-hardhat-3). To share your feedback, join our [Hardhat 3 Beta](https://hardhat.org/hardhat3-beta-telegram-group) Telegram group or [open an issue](https://github.com/NomicFoundation/hardhat/issues/new) in our GitHub issue tracker.
## Project Overview
This example project includes:
- A simple Hardhat configuration file.
- Foundry-compatible Solidity unit tests.
- TypeScript integration tests using [`node:test`](nodejs.org/api/test.html), the new Node.js native test runner, and [`viem`](https://viem.sh/).
- Examples demonstrating how to connect to different types of networks, including locally simulating OP mainnet.
## Usage
### Running Tests
To run all the tests in the project, execute the following command:
```shell
npx hardhat testYou can also selectively run the Solidity or node:test tests:
npx hardhat test solidity
npx hardhat test nodejsThis project includes an example Ignition module to deploy the contract. You can deploy this module to a locally simulated chain or to Sepolia.
To run the deployment to a local chain:
npx hardhat ignition deploy ignition/modules/Counter.tsTo run the deployment to Sepolia, you need an account with funds to send the transaction. The provided Hardhat configuration includes a Configuration Variable called SEPOLIA_PRIVATE_KEY, which you can use to set the private key of the account you want to use.
You can set the SEPOLIA_PRIVATE_KEY variable using the hardhat-keystore plugin or by setting it as an environment variable.
To set the SEPOLIA_PRIVATE_KEY config variable using hardhat-keystore:
npx hardhat keystore set SEPOLIA_PRIVATE_KEYAfter setting the variable, you can run the deployment with the Sepolia network:
npx hardhat ignition deploy --network sepolia ignition/modules/Counter.ts