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Version: 1.0.0

Deploy a new proxy contract

This should be done only on rare occasions. For example, when:

  • We want to deploy to a new network
  • We have updated the contract in a way that is NOT backwards-compatible.
    • For most upgrades, please use UUPS upgrades.

Smart Contracts​

Setup the contracts/ environment​

Navigate to contracts/. Configure your .env file by following the instructions in the README.

Build and deploy the smart contracts​

NOTE

While we use foundry for developement and testing, we use hardhat for deployment. This is because hardhat is more flexible and allows us to easily integrate with OpenZeppelin tools for upgradeable contracts.

If you are deploying on a new network, configure contracts/hardhat.config.ts to support the new network under the networks key.

    "sepolia": getChainConfig("sepolia"),

Build the contracts and deploy. Specify the network to match the key used in hardhat.config.ts.

# Run in contracts/
yarn build:hardhat
yarn hardhat deploy --network NETWORK

This will output the new proxy address. Update the root README.md with this new address.

Now transfer ownership over the proxy contract to the multisig:

yarn hardhat transfer-owner --network NETWORK --proxy PROXY_CONTRACT_ADDRESS --owner MULTISIG_ADDRESS

Subgraph​

Setup the graph/ environment​

Navigate to graph/. Follow the instructions in the README to get set up.

Deploy the subgraph​

Update graph/networks.json with the new proxy address. To speed up indexing, you set the startBlock to the block containing the contract creation. We can add multiple networks that are monitored by the same subgraph. For more details, see the Graph documentation.

To separate test from production, we use a different subgraph for each network. This means that we need to deploy a new subgraph for each network; but we group the deployments in the scripts.

  • Create a new deploy script for the network in the package.json of the graph/ directory. For example, if you are deploying to the sepolia network, you would add the following script:
      "deploy:sepolia": "graph deploy --node https://api.thegraph.com/deploy/ --network sepolia hypercerts-admin/hypercerts-sepolia"
      ```

* Add the deploy script to `deploy:test` or `deploy:prod` depending on whether you are deploying to a test or production network.

* Now deploy the subgraph

```sh
# Run in graph/
yarn build
yarn deploy:test

OpenZeppelin Defender​

Create a new Supabase table​

Log into the Supabase dashboard. We store all data in a single project, but use different tables for each network. The table name should be suffixed by the network (e.g. allowlistCache-goerli). If you are deploying to a new network, create a new table. You can copy the table schema and RLS policy from another pre-existing table.

If you are deploying a new proxy contract to a network for which you already have another deployment, you'll have to make a judgement call as to whether you can reuse the existing table, whether you need to clear the existing table, or create another table.

Note: We want to merge all the tables in this issue.

Update the OpenZeppelin Defender scripts​

Modify the Defender scripts to support the new network in defender/src/networks.ts.

If the ABI of the contract has changed, make sure you also update defender/src/HypercertMinterABI.ts.

Note: The entry point for deployment is in defender/src/setup.ts.

Setup the defender/ environment​

Navigate to defender/. Follow the instructions in the README to get set up.

Deploy defender scripts​

Deploy to OpenZeppelin Defender via

# Run in defender/
yarn deploy

Hypercerts SDK​

TODO: Flesh this out

Run the build in contracts/.

(Soon to be deprecated) Publish contracts/ to npm

Configure the SDK to support the new network via the graphclient.

Publish SDK to npm

Deploy the Dapp frontend​

Each frontend build is configured to run on a different network (e.g. https://testnet.hypercerts.org). You can use any CDN to serve the site (e.g. Netlify, Vercel, GitHub Pages, Cloudflare Pages, Fleek, Firebase Hosting).

  1. Configure your build environment with the environment variables specified in frontend/.env.local.example.

  2. Configure your builds to the following settings:

  • Build command: yarn build:site
  • Build output directory: /build
  • Root directory: /
  1. Configure the domain that you want for your build.