pyth-network_pyth-crosschain/cosmwasm/tools/deploy.js

// Deploy Wormhole and Pyth contract to Tilt. If you want to
// test the contracts locally you need to build the wormhole contract
// as well. You can use Dockerfile.cosmwasm in the root of this repo
// to do that.

import { LCDClient, MnemonicKey } from "@terra-money/terra.js";
import { MsgInstantiateContract, MsgStoreCode } from "@terra-money/terra.js";
import { readFileSync, readdirSync } from "fs";
import { Bech32, toHex } from "@cosmjs/encoding";
import { zeroPad } from "ethers/lib/utils.js";

/*
  NOTE: Only append to this array: keeping the ordering is crucial, as the
  contracts must be imported in a deterministic order so their addresses remain
  deterministic.
*/
const artifacts = ["wormhole.wasm", "pyth_cosmwasm.wasm"];

/* Check that the artifact folder contains all the wasm files we expect and nothing else */

const actual_artifacts = readdirSync("../artifacts/").filter((a) =>
  a.endsWith(".wasm")
);

const missing_artifacts = artifacts.filter(
  (a) => !actual_artifacts.includes(a)
);
if (missing_artifacts.length) {
  console.log(
    "Error during terra deployment. The following files are expected to be in the artifacts folder:"
  );
  missing_artifacts.forEach((file) => console.log(`  - ${file}`));
  console.log(
    "Hint: the deploy script needs to run after the contracts have been built."
  );
  console.log(
    "External binary blobs need to be manually added in tools/Dockerfile."
  );
  process.exit(1);
}

const unexpected_artifacts = actual_artifacts.filter(
  (a) => !artifacts.includes(a)
);
if (unexpected_artifacts.length) {
  console.log(
    "Error during terra deployment. The following files are not expected to be in the artifacts folder:"
  );
  unexpected_artifacts.forEach((file) => console.log(`  - ${file}`));
  console.log("Hint: you might need to modify tools/deploy.js");
  process.exit(1);
}

/* Set up terra client & wallet */

const terra = new LCDClient({
  URL: "http://localhost:1317",
  chainID: "localterra",
});

const wallet = terra.wallet(
  new MnemonicKey({
    mnemonic:
      "notice oak worry limit wrap speak medal online prefer cluster roof addict wrist behave treat actual wasp year salad speed social layer crew genius",
  })
);

await wallet.sequence();

/* Deploy artifacts */

const codeIds = {};
for (const file of artifacts) {
  const contract_bytes = readFileSync(`../artifacts/${file}`);
  console.log(`Storing WASM: ${file} (${contract_bytes.length} bytes)`);

  const store_code = new MsgStoreCode(
    wallet.key.accAddress,
    contract_bytes.toString("base64")
  );

  try {
    const tx = await wallet.createAndSignTx({
      msgs: [store_code],
      memo: "",
    });

    const rs = await terra.tx.broadcast(tx);
    const ci = /"code_id","value":"([^"]+)/gm.exec(rs.raw_log)[1];
    codeIds[file] = parseInt(ci);
  } catch (e) {
    console.log(`${e}`);
  }
}

console.log(codeIds);

/* Instantiate contracts.
 *
 * We instantiate the core contracts here (i.e. wormhole itself and the bridge contracts).
 * The wrapped asset contracts don't need to be instantiated here, because those
 * will be instantiated by the on-chain bridge contracts on demand.
 * */

// Governance constants defined by the Wormhole spec.
const govChain = 1;
const govAddress =
  "0000000000000000000000000000000000000000000000000000000000000004";

async function instantiate(contract, inst_msg, label) {
  var address;
  await wallet
    .createAndSignTx({
      msgs: [
        new MsgInstantiateContract(
          wallet.key.accAddress,
          wallet.key.accAddress,
          codeIds[contract],
          inst_msg,
          undefined,
          label
        ),
      ],
      memo: "",
    })
    .then((tx) => terra.tx.broadcast(tx))
    .then((rs) => {
      address = /"_contract_address","value":"([^"]+)/gm.exec(rs.raw_log)[1];
    });
  console.log(
    `Instantiated ${contract} at ${address} (${convert_terra_address_to_hex(
      address
    )})`
  );
  return address;
}

// Instantiate contracts.  NOTE: Only append at the end, the ordering must be
// deterministic for the addresses to work

const addresses = {};

addresses["wormhole.wasm"] = await instantiate(
  "wormhole.wasm",
  {
    gov_chain: govChain,
    gov_address: Buffer.from(govAddress, "hex").toString("base64"),
    guardian_set_expirity: 86400,
    initial_guardian_set: {
      addresses: [
        {
          bytes: Buffer.from(
            "beFA429d57cD18b7F8A4d91A2da9AB4AF05d0FBe",
            "hex"
          ).toString("base64"),
        },
      ],
      expiration_time: 0,
    },
    chain_id: 18,
    fee_denom: "uluna",
  },
  "wormhole"
);

const pythEmitterAddress =
  "71f8dcb863d176e2c420ad6610cf687359612b6fb392e0642b0ca6b1f186aa3b";
const pythGovernanceEmitterAddress =
  "0000000000000000000000000000000000000000000000000000000000001234";
const pythChain = 1;

addresses["pyth_cosmwasm.wasm"] = await instantiate(
  "pyth_cosmwasm.wasm",
  {
    wormhole_contract: addresses["wormhole.wasm"],
    data_sources: [
      {
        emitter: Buffer.from(pythEmitterAddress, "hex").toString("base64"),
        chain_id: pythChain,
      },
    ],
    governance_source: {
      emitter: Buffer.from(pythGovernanceEmitterAddress, "hex").toString(
        "base64"
      ),
      chain_id: pythChain,
    },
    governance_source_index: 0,
    governance_sequence_number: 0,
    chain_id: 3,
    valid_time_period_secs: 60,
    fee: "1",
    fee_denom: "uluna",
  },
  "pyth"
);

// Terra addresses are "human-readable", but for cross-chain registrations, we
// want the "canonical" version
function convert_terra_address_to_hex(human_addr) {
  return "0x" + toHex(zeroPad(Bech32.decode(human_addr).data, 32));
}