1fb7266469
- Introduced Aggregator.sol for Chainlink-compatible oracle functionality, including round-based updates and access control. - Added OracleWithCCIP.sol to extend Aggregator with CCIP cross-chain messaging capabilities. - Created .gitmodules to include OpenZeppelin contracts as a submodule. - Developed a comprehensive deployment guide in NEXT_STEPS_COMPLETE_GUIDE.md for Phase 2 and smart contract deployment. - Implemented Vite configuration for the orchestration portal, supporting both Vue and React frameworks. - Added server-side logic for the Multi-Cloud Orchestration Portal, including API endpoints for environment management and monitoring. - Created scripts for resource import and usage validation across non-US regions. - Added tests for CCIP error handling and integration to ensure robust functionality. - Included various new files and directories for the orchestration portal and deployment scripts.
356 lines
14 KiB
Solidity
356 lines
14 KiB
Solidity
// SPDX-License-Identifier: MIT
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pragma solidity ^0.8.19;
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import {Script, console} from "forge-std/Script.sol";
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import {WETH} from "../contracts/tokens/WETH.sol";
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import {WETH10} from "../contracts/tokens/WETH10.sol";
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import {CCIPWETH9Bridge} from "../contracts/ccip/CCIPWETH9Bridge.sol";
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import {CCIPWETH10Bridge} from "../contracts/ccip/CCIPWETH10Bridge.sol";
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/**
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* @title DeployAll - Canonical Multichain Deployment Script
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* @notice Deploys all contracts (WETH9, WETH10, CCIP Bridges, CCIPLogger) to multiple chains
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* @dev Chain-aware deployment that adapts to different network configurations
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*
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* Supported Chains:
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* - Ethereum Mainnet (chainId 1): Only deploys CCIPLogger (other contracts already deployed)
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* - Cronos (chainId 25): Deploys all contracts
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* - BSC (chainId 56): Deploys all contracts
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* - Polygon PoS (chainId 137): Deploys all contracts
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* - Gnosis Chain (chainId 100): Deploys all contracts
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* - Avalanche (chainId 43114): Deploys all contracts
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* - Base (chainId 8453): Deploys all contracts
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* - Arbitrum (chainId 42161): Deploys all contracts
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* - Optimism (chainId 10): Deploys all contracts
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*/
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contract DeployAll is Script {
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// Chain IDs
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uint256 constant MAINNET = 1;
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uint256 constant CRONOS = 25;
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uint256 constant BSC = 56;
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uint256 constant POLYGON = 137;
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uint256 constant GNOSIS = 100;
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uint256 constant AVALANCHE = 43114;
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uint256 constant BASE = 8453;
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uint256 constant ARBITRUM = 42161;
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uint256 constant OPTIMISM = 10;
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// CCIP Configuration per chain
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struct CCIPConfig {
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address router;
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address linkToken;
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uint64 chainSelector;
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}
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// WETH Configuration per chain
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struct WETHConfig {
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address weth9;
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address weth10;
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}
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// Deployment addresses (will be populated during deployment)
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struct DeploymentAddresses {
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address weth9;
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address weth10;
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address ccipWETH9Bridge;
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address ccipWETH10Bridge;
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address ccipLogger;
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}
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DeploymentAddresses public deployed;
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function run() external {
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uint256 chainId = block.chainid;
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// Get deployer address - when using --private-key flag, use msg.sender
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// Otherwise get from env (PRIVATE_KEY should have 0x prefix in .env)
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address deployer;
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try vm.envUint("PRIVATE_KEY") returns (uint256 pk) {
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deployer = vm.addr(pk);
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} catch {
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// If env read fails, use msg.sender (when --private-key is used from CLI)
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deployer = msg.sender;
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}
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console.log("==========================================");
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console.log("Multichain Deployment Script");
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console.log("==========================================");
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console.log("Chain ID:", chainId);
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console.log("Deployer:", deployer);
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console.log("Deployer Balance:", deployer.balance / 1e18, "ETH/Native");
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// Get chain-specific configuration
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CCIPConfig memory ccipConfig = getCCIPConfig(chainId);
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WETHConfig memory wethConfig = getWETHConfig(chainId);
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console.log("\nCCIP Configuration:");
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console.log(" Router:", ccipConfig.router);
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console.log(" LINK Token:", ccipConfig.linkToken);
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console.log(" Chain Selector:", ccipConfig.chainSelector);
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console.log("\nWETH Configuration:");
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console.log(" WETH9:", wethConfig.weth9);
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console.log(" WETH10:", wethConfig.weth10);
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// startBroadcast() will use --private-key from CLI if provided
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// Otherwise it will try to use PRIVATE_KEY from env
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vm.startBroadcast();
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// Determine deployment strategy based on chain
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if (chainId == MAINNET) {
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// Ethereum Mainnet: Only deploy CCIPLogger
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console.log("\n=== Ethereum Mainnet Deployment ===");
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console.log("Skipping WETH9, WETH10, and Bridges (already deployed)");
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console.log("Deploying CCIPLogger only...");
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deployed.ccipLogger = deployCCIPLogger(ccipConfig);
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} else {
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// All other chains: Deploy everything
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console.log("\n=== Full Deployment for Chain", chainId, "===");
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// Deploy WETH9 if needed
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if (wethConfig.weth9 == address(0)) {
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console.log("\nDeploying WETH9...");
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deployed.weth9 = deployWETH9();
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} else {
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console.log("\nUsing existing WETH9 at:", wethConfig.weth9);
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deployed.weth9 = wethConfig.weth9;
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}
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// Deploy WETH10 if needed
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if (wethConfig.weth10 == address(0)) {
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console.log("\nDeploying WETH10...");
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deployed.weth10 = deployWETH10();
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} else {
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console.log("\nUsing existing WETH10 at:", wethConfig.weth10);
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deployed.weth10 = wethConfig.weth10;
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}
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// Deploy CCIP Bridges
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console.log("\nDeploying CCIPWETH9Bridge...");
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deployed.ccipWETH9Bridge = deployCCIPWETH9Bridge(
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ccipConfig.router,
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deployed.weth9,
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ccipConfig.linkToken
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);
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console.log("\nDeploying CCIPWETH10Bridge...");
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deployed.ccipWETH10Bridge = deployCCIPWETH10Bridge(
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ccipConfig.router,
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deployed.weth10,
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ccipConfig.linkToken
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);
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// Deploy CCIPLogger
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console.log("\nDeploying CCIPLogger...");
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deployed.ccipLogger = deployCCIPLogger(ccipConfig);
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}
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vm.stopBroadcast();
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// Print deployment summary
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printDeploymentSummary(chainId);
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}
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/**
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* @notice Get CCIP configuration for a specific chain
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*/
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function getCCIPConfig(uint256 chainId) internal view returns (CCIPConfig memory) {
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if (chainId == MAINNET) {
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return CCIPConfig({
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router: vm.envAddress("CCIP_ETH_ROUTER"),
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linkToken: vm.envAddress("CCIP_ETH_LINK_TOKEN"),
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chainSelector: uint64(vm.envUint("ETH_MAINNET_SELECTOR"))
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});
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} else if (chainId == CRONOS) {
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return CCIPConfig({
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router: vm.envAddress("CCIP_CRONOS_ROUTER"),
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linkToken: vm.envAddress("CCIP_CRONOS_LINK_TOKEN"),
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chainSelector: uint64(vm.envUint("CRONOS_SELECTOR"))
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});
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} else if (chainId == BSC) {
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return CCIPConfig({
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router: vm.envAddress("CCIP_BSC_ROUTER"),
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linkToken: vm.envAddress("CCIP_BSC_LINK_TOKEN"),
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chainSelector: uint64(vm.envUint("BSC_SELECTOR"))
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});
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} else if (chainId == POLYGON) {
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return CCIPConfig({
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router: vm.envAddress("CCIP_POLYGON_ROUTER"),
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linkToken: vm.envAddress("CCIP_POLYGON_LINK_TOKEN"),
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chainSelector: uint64(vm.envUint("POLYGON_SELECTOR"))
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});
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} else if (chainId == GNOSIS) {
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return CCIPConfig({
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router: vm.envAddress("CCIP_GNOSIS_ROUTER"),
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linkToken: vm.envAddress("CCIP_GNOSIS_LINK_TOKEN"),
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chainSelector: uint64(vm.envUint("GNOSIS_SELECTOR"))
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});
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} else if (chainId == AVALANCHE) {
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return CCIPConfig({
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router: vm.envAddress("CCIP_AVALANCHE_ROUTER"),
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linkToken: vm.envAddress("CCIP_AVALANCHE_LINK_TOKEN"),
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chainSelector: uint64(vm.envUint("AVALANCHE_SELECTOR"))
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});
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} else if (chainId == BASE) {
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return CCIPConfig({
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router: vm.envAddress("CCIP_BASE_ROUTER"),
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linkToken: vm.envAddress("CCIP_BASE_LINK_TOKEN"),
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chainSelector: uint64(vm.envUint("BASE_SELECTOR"))
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});
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} else if (chainId == ARBITRUM) {
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return CCIPConfig({
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router: vm.envAddress("CCIP_ARBITRUM_ROUTER"),
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linkToken: vm.envAddress("CCIP_ARBITRUM_LINK_TOKEN"),
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chainSelector: uint64(vm.envUint("ARBITRUM_SELECTOR"))
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});
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} else if (chainId == OPTIMISM) {
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return CCIPConfig({
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router: vm.envAddress("CCIP_OPTIMISM_ROUTER"),
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linkToken: vm.envAddress("CCIP_OPTIMISM_LINK_TOKEN"),
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chainSelector: uint64(vm.envUint("OPTIMISM_SELECTOR"))
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});
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} else {
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revert("Unsupported chain");
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}
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}
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/**
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* @notice Get WETH configuration for a specific chain
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*/
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function getWETHConfig(uint256 chainId) internal returns (WETHConfig memory) {
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if (chainId == MAINNET) {
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return WETHConfig({
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weth9: vm.envAddress("WETH9_MAINNET"),
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weth10: vm.envAddress("WETH10_MAINNET")
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});
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} else if (chainId == CRONOS) {
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address weth9 = vm.envOr("WETH9_CRONOS", address(0));
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address weth10 = vm.envOr("WETH10_CRONOS", address(0));
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return WETHConfig({weth9: weth9, weth10: weth10});
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} else if (chainId == BSC) {
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address weth9 = vm.envOr("WETH9_BSC", address(0));
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address weth10 = vm.envOr("WETH10_BSC", address(0));
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return WETHConfig({weth9: weth9, weth10: weth10});
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} else if (chainId == POLYGON) {
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address weth9 = vm.envOr("WETH9_POLYGON", address(0));
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address weth10 = vm.envOr("WETH10_POLYGON", address(0));
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return WETHConfig({weth9: weth9, weth10: weth10});
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} else if (chainId == GNOSIS) {
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address weth9 = vm.envOr("WETH9_GNOSIS", address(0));
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address weth10 = vm.envOr("WETH10_GNOSIS", address(0));
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return WETHConfig({weth9: weth9, weth10: weth10});
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} else if (chainId == AVALANCHE) {
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address weth9 = vm.envOr("WETH9_AVALANCHE", address(0));
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address weth10 = vm.envOr("WETH10_AVALANCHE", address(0));
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return WETHConfig({weth9: weth9, weth10: weth10});
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} else if (chainId == BASE) {
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address weth9 = vm.envOr("WETH9_BASE", address(0));
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address weth10 = vm.envOr("WETH10_BASE", address(0));
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return WETHConfig({weth9: weth9, weth10: weth10});
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} else if (chainId == ARBITRUM) {
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address weth9 = vm.envOr("WETH9_ARBITRUM", address(0));
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address weth10 = vm.envOr("WETH10_ARBITRUM", address(0));
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return WETHConfig({weth9: weth9, weth10: weth10});
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} else if (chainId == OPTIMISM) {
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address weth9 = vm.envOr("WETH9_OPTIMISM", address(0));
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address weth10 = vm.envOr("WETH10_OPTIMISM", address(0));
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return WETHConfig({weth9: weth9, weth10: weth10});
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} else {
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revert("Unsupported chain");
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}
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}
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/**
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* @notice Deploy WETH9 contract
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*/
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function deployWETH9() internal returns (address) {
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WETH weth9 = new WETH();
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return address(weth9);
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}
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/**
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* @notice Deploy WETH10 contract
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*/
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function deployWETH10() internal returns (address) {
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WETH10 weth10 = new WETH10();
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return address(weth10);
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}
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/**
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* @notice Deploy CCIPWETH9Bridge
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*/
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function deployCCIPWETH9Bridge(
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address router,
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address weth9,
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address feeToken
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) internal returns (address) {
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CCIPWETH9Bridge bridge = new CCIPWETH9Bridge(router, weth9, feeToken);
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return address(bridge);
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}
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/**
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* @notice Deploy CCIPWETH10Bridge
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*/
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function deployCCIPWETH10Bridge(
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address router,
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address weth10,
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address feeToken
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) internal returns (address) {
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CCIPWETH10Bridge bridge = new CCIPWETH10Bridge(router, weth10, feeToken);
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return address(bridge);
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}
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/**
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* @notice Deploy CCIPLogger
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* @dev Note: This assumes CCIPLogger contract exists. If it uses Hardhat/OpenZeppelin,
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* you may need to deploy it separately using the Hardhat script.
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*/
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function deployCCIPLogger(CCIPConfig memory config) internal returns (address) {
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// TODO: If CCIPLogger is a Solidity contract in this repo, deploy it here
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// For now, this is a placeholder. CCIPLogger may need to be deployed via Hardhat
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// due to OpenZeppelin dependencies.
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// Example deployment (adjust based on actual CCIPLogger contract):
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// CCIPLogger logger = new CCIPLogger(
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// config.router,
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// vm.envOr("AUTHORIZED_SIGNER", address(0)),
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// config.chainSelector
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// );
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// return address(logger);
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console.log("WARNING: CCIPLogger deployment not implemented in Foundry script.");
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console.log("Please deploy CCIPLogger using the Hardhat script:");
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console.log(" npm run deploy:logger:mainnet (for mainnet)");
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console.log(" Or create a chain-specific deployment script.");
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return address(0); // Placeholder
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}
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/**
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* @notice Print deployment summary
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*/
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function printDeploymentSummary(uint256 chainId) internal view {
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console.log("\n==========================================");
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console.log("Deployment Summary - Chain ID:", chainId);
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console.log("==========================================");
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if (chainId != MAINNET) {
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console.log("WETH9:", deployed.weth9);
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console.log("WETH10:", deployed.weth10);
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console.log("CCIPWETH9Bridge:", deployed.ccipWETH9Bridge);
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console.log("CCIPWETH10Bridge:", deployed.ccipWETH10Bridge);
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}
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console.log("CCIPLogger:", deployed.ccipLogger);
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console.log("\n==========================================");
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console.log("Next Steps:");
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console.log("1. Verify contracts on explorer");
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console.log("2. Update .env with deployed addresses");
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console.log("3. Configure bridge destinations");
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console.log("4. Test cross-chain transfers");
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console.log("==========================================");
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}
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}
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