Neolastics

Liquid on-chain generative neoplastic art. Generative NFTs backed by a bonding curve economy.

https://neolastics.com.

Technicals

• This repo is forked from https://github.com/austintgriffith/scaffold-eth & extensively modified.
• hardhat + waffle + openzeppelin for testing + smart contract development.
• ethers.js.
• Custom deploy function.
• Uses modified ERC721.
• The Graph for reading chain state.
• Blocknative for monitoring transactions.
• web3modal for connecting to wallets.
• The metadata API is hosted separately through Netlify Functions.

Development & Testing

Running Locally:

1. Start Node + Deploy Contracts

yarn install
yarn run node
It will use the default mnemonic in ./scripts/wallet-utils.js and start a local EVM.
If you need a custom mnemonic, just:
export MNEMONIC="<insert_your_own_mnemonic_here>
yarn run deploy_contracts_local
Save the curve address manually and copy-paste it to curveAddress in react-app/src/App.js.
yarn run publish_contracts
This copies the build files to the react-app.

2. Start a local Graph Node.

Follow these instructions to start a local Graph Node. Note: It's not necessary to the ganache steps as hardhat is the chosen EVM. Only, the parts about the Graph Node.
docker-compose up
When you cycle it (in between running the EVM or not), you might have to delete the data. NOT necessary for initial setup.
rm -rf data

3. Clone and Deploy Neolastics Subgraph

In a new folder, git clone neolastics-subgraph.
yarn run install
If the address differs, you must copy it from hardhat and put into the
yarn run codegen
yarn run create-local
yarn run deploy-local

4. Start Server

Back in this repo:
yarn run start

License

Code License: MIT