yarn install

yarn test

Run the localtest in one terminal:

yarn hardhat node

Deploy Registry:

yarn hardhat --network localhost registry:deploy

And create some dummy data:

yarn hardhat --network localhost registry:populate

Deploy DivviRegistry:

yarn hardhat --network localhost divvi-registry:deploy

Deploy mock token:

yarn hardhat mock-token:deploy --network localhost

Deploy RewardPool using the deployed mock token address:

yarn hardhat reward-pool:deploy \
    --network localhost \
    --pool-token 0x5FbDB2315678afecb367f032d93F642f64180aa3 \
    --reward-function 0xa1b2c3d4e5f67890abcdef1234567890abcdef12 \
    --timelock 1767222000

The token address above will match if you deploy the mock token first thing on the fresh Harhat node.

Run Harhdat console:

yarn hardhat console --network localhost

Use ethers in Hardhat console to interact with the contract:

const RewardPool = await ethers.getContractFactory("RewardPool")
const rewardPool = await RewardPool.attach('0x9fE46736679d2D9a65F0992F2272dE9f3c7fa6e0')
await rewardPool.rewardFunctionId()

You may want to set the ALCHEMY_KEY in .env to avoid getting rate limited by RPC nodes.

Fetch referrals for a specific protocol, removes duplicate events across chains, and filters out events where the user was previously exposed to the protocol. By default the output file is <protocol>-referrals.csv

$ yarn ts-node ./scripts/fetchReferrals.ts --protocol beefy
Fetching referral events for protocol: beefy
Wrote results to beefy-referrals.csv

Calculates revenue for a list of referrals. By default it directly reads from the output script of fetchReferrals.ts. By default the output file is <protocol>-revenue.csv

$ yarn ts-node ./scripts/calculateRevenue.ts --protocol beefy --startTimestamp 1740013389000 --endTimestamp 1741899467000
Calculating revenue for 0x15B5f5FE55704140ce5057d85c28f8b237c1Bc53 (1/1)
Wrote results to beefy-revenue.csv

Fetch the count of users referred for a specific protocol. If no network IDs or referrer IDs are passed, get the user count for all referrers across all supported networks for that protocol.

# networkIds is optional
yarn ts-node ./scripts/referrerUserCount.ts --protocol Beefy --referrerIds app1 app2 app3 --networkIds celo-mainnet base-mainnet

This repository contains the contract(s) necessary to support the Divvi protocol v0.

See docs/contracts.md for network deployments.

We use OpenZeppelin Defender to manage deployments on Mainnet. Before beginning a deployment, make sure that your .env file is set up correctly. Namely, make sure to get the DEFENDER_API_KEY, DEFENDER_API_SECRET, CELOSCAN_API_KEY values from GSM and copy them in. (Ideally we could inject these config values into Hardhat automatically, but I haven't found a way to do that.)

To deploy Registry, run:

yarn hardhat registry:deploy --network celo

To deploy DivviRegistry, run:

yarn hardhat divvi-registry:deploy \
    --network op \
    --use-defender \
    --defender-deploy-salt <SALT> \
    --owner-address <OWNER_ADDRESS>

To deploy RewardPool, run:

yarn hardhat reward-pool:deploy \
    --network celo \
    --use-defender \
    --defender-deploy-salt <SALT> \
    --owner-address <OWNER_ADDRESS> \
    --pool-token <TOKEN_ADDRESS> \
    --manager-address <MANAGER_ADDRESS> \
    --reward-function 0x<GIT_HASH> \
    --timelock <TIMESTAMP> \

After this is done, you should see output in your terminal with a command to run to verify the contract on the block explorers.

To upgrade DivviRegistry, run:

yarn hardhat divvi-registry:upgrade \
    --network op \
    --use-defender \
    --defender-deploy-salt <SALT> \
    --proxy-address <PROXY_ADDRESS>

Metadata about proxy and implementation deployments is automatically generated and stored in the .openzeppelin/ directory, which should be checked into version control.