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7097767021
## Contracts upgrade command with simple version tracking This PR aims to take the most minimal changes from #438 to make the upgrade command available. So it adds the `bun cli contracts upgrade` command for deploying a new `DataHavenServiceManager` implementation and upgrading the proxy, and includes a simple version tracking via a `contracts/VERSION` file. ### Contracts **`DataHavenServiceManager.sol`** - Added `_version` storage variable - Added `DATAHAVEN_VERSION()` view function, - Added `updateVersion(string)` function gated by `onlyProxyAdmin` - Added `VersionUpdated` event - The version is set at initialization and updated atomically with proxy upgrades via `upgradeAndCall`. ### CLI **`bun cli contracts upgrade`** works in two modes: _dry-run_ or _execute_. **Dry-run (default)** Deploys the new implementation on-chain (signed by the deployer key), then prints a ready-to-submit JSON payload for the multisig to execute the proxy upgrade. No AVS owner key required. ```bash # Uses version from contracts/VERSION (standard workflow) bun cli contracts upgrade --chain hoodi # Override version for this upgrade only (warns if it differs from contracts/VERSION) bun cli contracts upgrade --chain hoodi --target x.y.z ``` Example output: ```json { "to": "0xProxyAdmin...", "value": "0", "data": "0x...", "description": "Upgrade ServiceManager proxy to 0xNewImpl... and set version to 1.1.0" } ``` **Execute mode (`--execute`)** Deploys the implementation and broadcasts the proxy upgrade + version update in a single atomic `upgradeAndCall` transaction. Requires `AVS_OWNER_PRIVATE_KEY`. Used mostly for testing. ```bash bun cli contracts upgrade --chain anvil --execute ``` --- ### Expected flow - Bump mannually contracts/VERSION (e.g., 1.1.0) - Run bun cli contracts upgrade --chain anvil|hoodi|mainnet
48 lines
1.8 KiB
TypeScript
48 lines
1.8 KiB
TypeScript
import { getPortFromKurtosis } from "./kurtosis";
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import { logger } from "./logger";
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/**
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* Gets the RPC URL for the Anvil (local Ethereum) node running in Kurtosis
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* @param enclaveName - The name of the Kurtosis enclave (default: "datahaven-ethereum")
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* @returns The HTTP RPC URL for the Ethereum node
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*/
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export const getAnvilRpcUrl = async (enclaveName = "datahaven-ethereum"): Promise<string> => {
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try {
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logger.debug("Getting Anvil RPC URL from Kurtosis...");
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// Get the RPC port from the EL (Execution Layer) service
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const rpcPort = await getPortFromKurtosis("el-1-reth-lodestar", "rpc", enclaveName);
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const rpcUrl = `http://127.0.0.1:${rpcPort}`;
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logger.debug(`Anvil RPC URL: ${rpcUrl}`);
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return rpcUrl;
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} catch (error) {
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logger.warn(`⚠️ Failed to get Anvil RPC URL from Kurtosis: ${error}`);
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logger.warn(" Falling back to default http://localhost:8545");
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return "http://localhost:8545";
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}
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};
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/**
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* Gets the WebSocket URL for the Anvil (local Ethereum) node running in Kurtosis
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* @param enclaveName - The name of the Kurtosis enclave (default: "datahaven-ethereum")
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* @returns The WebSocket URL for the Ethereum node
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*/
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export const getAnvilWsUrl = async (enclaveName = "datahaven-ethereum"): Promise<string> => {
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try {
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logger.debug("Getting Anvil WebSocket URL from Kurtosis...");
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// Get the WS port from the EL (Execution Layer) service
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const wsPort = await getPortFromKurtosis("el-1-reth-lodestar", "ws", enclaveName);
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const wsUrl = `ws://127.0.0.1:${wsPort}`;
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logger.debug(`Anvil WebSocket URL: ${wsUrl}`);
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return wsUrl;
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} catch (error) {
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logger.warn(`⚠️ Failed to get Anvil WebSocket URL from Kurtosis: ${error}`);
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logger.warn(" Falling back to default ws://localhost:8546");
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return "ws://localhost:8546";
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}
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};
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