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Ethernauts

Implementation for https://forum.ethernautdao.io/t/deploy-ethernaut-avatar-nfts-to-bootstrap-the-dao-s-tokenomics/299

Requirements

  • Node.js v16.8.0
  • NPM v7.21.0
  • Docker
  • Docker Compose

Solidity development

The following hardhat tasks will help you to:

  • Start a local node: npx hardhat node
  • Deploy the contract: npx hardhat deploy
  • Open the sale: npx hardhat sale-state
  • Mint sample tokens: npx hardhat mint

DAPP/Keeper development

We use Docker and Docker Compose to run the development environment.

Run docker compose up -d to start the whole project. It includes the following services:

  • hardhat-node: (http://localhost:4585)
  • hardhat-deploy: Takes care of deploying the Ethernauts.sol contract to the docker hardhat network for development
  • dapp (Next.js) (http://localhost:3000)
  • redis (https://localhost:6379)
  • keeper-queue: Node server that listens to mint & batch events and enqueues the necessary jobs to be processed.
  • keeper-worker: Node server processes the enqueued jobs by keeper-queue and executes them with the desired concurrency.

Run docker compose ps to check the status of the running services and docker compose down to stop them.

You can also run/stop a single service using:

  • docker compose up service-name
  • docker compose down service-name

Interacting with the Ethernauts Contract

You can run hardhat tasks inside running docker containers using the docker compose exec ... command.

So, first you want to open the sale state, and you can do it with the sale-state hardhat task, like so:

docker compose exec hardhat-node sh -c 'cd /src/packages/hardhat && npx hardhat --network docker sale-state'

Then, you will be able to mint any amount of tokens using the mint task:

docker compose exec hardhat-node sh -c 'cd /src/packages/hardhat && npx hardhat --network docker mint'

Finally, you can also set the base URL changer address, with:

docker compose exec hardhat-node sh -c 'cd /src/packages/hardhat && npx hardhat --network docker exec --method setUrlChanger --args ["0x000"]'

Assets Validation

The provenanceHash saved at the contract was generated using the IPFS hash for each asset, concatenated in order and getting an MD5 hash from that.

The final deployed provenanceHash, which can be read at the Deployed Contract using the method Ethernauts.provenanceHash() is the following:

f04a636d10f42ec5a9d4885d30834a70

And all the assets in order can be seen at provenanceHash-concatenated.txt

There's also available the script command node bin/check-provenance.js which will parse the mentioned file and show all the hashes in order, which allows you to easily check that the assigned asset for your NFT is valid, in the correct order and wasn't tempered with.

ProTip: Only show you assetId specifying it on the command, like so: node bin/check-provenance.js 3