use ethers_core::types::{H256, U256}; use ethers_signers::LocalWallet; use std::time::Duration; use tokio::time::interval; use optics_core::models::{home::Home, replica::Replica}; fn main() { tokio::runtime::Builder::new_current_thread() .enable_all() .build() .unwrap() .block_on(_main()) } async fn _main() { let signer: LocalWallet = "1111111111111111111111111111111111111111111111111111111111111111" .parse() .unwrap(); let updater = signer.address(); let mut home = Home::init(1, updater); let mut replica = Replica::init(1, 2, updater, 1.into()); let mut ticks = interval(Duration::from_secs(5)); for i in 0u8..50 { // delay 5 seconds ticks.tick().await; println!("Enqueue 3 messages"); home.enqueue(H256::repeat_byte(i), 2, H256::repeat_byte(i), &[]); home.enqueue(H256::repeat_byte(i), 2, H256::repeat_byte(i), &[]); home.enqueue(H256::repeat_byte(i), 2, H256::repeat_byte(i), &[]); let update = home.produce_update(); let signed = update.sign_with(&signer).await.expect("!sign_with"); println!("\tHome is at\t{}", &home.root()); println!("Create update"); println!("\tfrom\t\t{}", &update.previous_root); println!("\tto\t\t{}", &update.new_root); println!("Enqueue 1 message"); home.enqueue(H256::repeat_byte(i), 2, H256::repeat_byte(i), &[]); println!("\tUpdate Home\t{}", &home.root()); let now = || U256::from(i); let later = || U256::from(i + 100); println!("Submit replica Update"); home.update(&signed).expect("!home.update"); let pending = replica.update(&signed, now).expect("!replica.update"); println!("\tReplica is at\t{}", &pending.root()); println!("Confirm replica update"); replica = pending .confirm_update(later) .expect("!replica.confirm_update"); println!("\tUpdate Repl \t{}", &replica.root()); println!("--------\n"); } }