In two different terminals run:
- npx hardhat node
- npx hardhat node --port 8555
Created two smart contracts with counters (Sender & Receiver), deployed on two different chains.
Both contracts keep the counter in sync (WIP).
Script to deploy the contracts: scripts/deploy_sender_receiver.ts.
Script illustrating use case contracts: scripts/sender_receiver_bridge.ts.
The full implementation of this should have scripts/sender_receiver_bridge.ts connect to the Chain A with a websocket and listen for calls on the Sender.start() function. Everytime it is called, the script would try extract the nonce from the receipt and use that same nonce to call Receiver.increment(). The nonce is used to avoid double increments on the Receiver contract.
In two different terminals run:
- npx hardhat node
- npx hardhat node --port 8555
Created two Token smart contracts and two Bridge smart contracts, deployed on two different chains. Chain A:
- Token A
- Bridge A Chain B:
- Token B
- Chain B
Tokens A from Chain A can be bridged to Token B on Chain B. A user can send send burn their TokenA on Chain A. An equivalent TokenB on chain B is created. And vice versa.
Script to deploy the contracts: scripts/deploy_token_bridge.ts.
Script illustrating use case contracts: scripts/token_bridge.ts. (WIP - still needs to be implemented).