deploy.sh

#!/bin/bash

# Find process IDs listening on port 8545 (anvil)
anvil=$(lsof -t -i:8545)

# Check if any PIDs were found
if [ -z "$anvil" ]; then
    echo "Anvil not running."
else
    # Kill the processes
    kill $anvil && echo "Terminated running Anvil process."
    sleep 3
fi

# start anvil with slots in an epoch send to 1 for faster finalised blocks
anvil --silent --slots-in-an-epoch 1 &
dfx stop
# Find process IDs listening on port 4943 (dfx)
dfx=$(lsof -t -i:4943)
# Check if any PIDs were found
if [ -z "$dfx" ]; then
    echo "dfx not running."
else
    # Kill the processes
    kill $dfx && echo "Terminating running dfx instance."
    sleep 3
fi
dfx start --clean --background
dfx ledger fabricate-cycles --icp 10000 --canister $(dfx identity get-wallet)
dfx deploy evm_rpc
cargo build --release --target wasm32-unknown-unknown --package chain_fusion
dfx canister create --with-cycles 10_000_000_000_000 chain_fusion
# because the local smart contract deployment is deterministic, we can hardcode the 
# the `get_logs_address` in the initArgument.didd`. in our case we are listening for NewJob events,
# you can read more about event signatures [here](https://docs.alchemy.com/docs/deep-dive-into-eth_getlogs#what-are-event-signatures)
dfx canister install --wasm target/wasm32-unknown-unknown/release/chain_fusion.wasm chain_fusion 
# sleep for 3 seconds to allow the evm address to be generated
sleep 3
# save the chain_fusion canisters evm address
export EVM_ADDRESS=$(dfx canister call chain_fusion get_evm_address | awk -F'"' '{print $2}')
# deploy the contract passing the chain_fusion canisters evm address to receive the fees and create a couple of new jobs
forge script script/Coprocessor.s.sol:MyScript --fork-url http://localhost:8545 --broadcast --sig "run(address)" $EVM_ADDRESS