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Ship AddressActivityRegistry V1/V2, ISO20022IntakeGateway, Chain138ParticipantSurface, checkpoint hub contracts, checkpoint-core package, aggregator/indexer/sdk services, relay profile guards, M00 diamond bridge facet, and OMNL compliance contracts. Co-authored-by: Cursor <cursoragent@cursor.com>
94 lines
4.0 KiB
Solidity
94 lines
4.0 KiB
Solidity
// SPDX-License-Identifier: MIT
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pragma solidity ^0.8.20;
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import {Script, console} from "forge-std/Script.sol";
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import {VaultFactory} from "../../../contracts/vault/VaultFactory.sol";
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/**
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* @title DeployAcVdcSdcVaults
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* @notice Single script to create all ac* / vdc* / sdc* vaults via VaultFactory.createVaultWithDecimals.
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* @dev Run after DeployVaultSystem. Uses same owner/entity and base token addresses per chain for consistency.
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* See docs/runbooks/MULTI_CHAIN_EXECUTION_DETERMINISTIC_DEPLOYMENT.md (DepositToken/DebtToken).
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*
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* Env:
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* PRIVATE_KEY - Deployer (must have VAULT_DEPLOYER_ROLE on VaultFactory).
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* VAULT_FACTORY_ADDRESS - VaultFactory contract address.
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* OWNER - (optional) Vault owner; default deployer.
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* ENTITY - (optional) Regulated entity; default deployer.
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* CUSDC_ADDRESS_138 - (optional) Compliant USDC; if set, creates vault → acUSDC + vdcUSDC.
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* CUSDT_ADDRESS_138 - (optional) Compliant USDT; if set, creates vault → acUSDT + vdcUSDT.
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* COMPLIANT_USDC_ADDRESS, COMPLIANT_USDT_ADDRESS - Fallback env names if CUSDC/CUSDT_138 unset.
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* cEURC_ADDRESS_138, cEURT_ADDRESS_138, cGBPC_ADDRESS_138, cGBPT_ADDRESS_138,
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* cAUDC_ADDRESS_138, cJPYC_ADDRESS_138, cCHFC_ADDRESS_138, cCADC_ADDRESS_138,
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* cXAUC_ADDRESS_138, cXAUT_ADDRESS_138 - Optional additional base tokens (6 decimals).
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*/
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contract DeployAcVdcSdcVaults is Script {
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uint8 constant DECIMALS = 6;
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bool constant DEBT_TRANSFERABLE = true;
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struct TokenSpec {
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string envPrimary;
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string envAlt;
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string label;
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}
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TokenSpec[] internal tokens;
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function _initTokens() internal {
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tokens.push(TokenSpec("CUSDC_ADDRESS_138", "COMPLIANT_USDC_ADDRESS", "USDC"));
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tokens.push(TokenSpec("CUSDT_ADDRESS_138", "COMPLIANT_USDT_ADDRESS", "USDT"));
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tokens.push(TokenSpec("cEURC_ADDRESS_138", "", "EURC"));
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tokens.push(TokenSpec("cEURT_ADDRESS_138", "", "EURT"));
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tokens.push(TokenSpec("cGBPC_ADDRESS_138", "", "GBPC"));
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tokens.push(TokenSpec("cGBPT_ADDRESS_138", "", "GBPT"));
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tokens.push(TokenSpec("cAUDC_ADDRESS_138", "", "AUDC"));
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tokens.push(TokenSpec("cJPYC_ADDRESS_138", "", "JPYC"));
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tokens.push(TokenSpec("cCHFC_ADDRESS_138", "", "CHFC"));
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tokens.push(TokenSpec("cCADC_ADDRESS_138", "", "CADC"));
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tokens.push(TokenSpec("cXAUC_ADDRESS_138", "", "XAUC"));
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tokens.push(TokenSpec("cXAUT_ADDRESS_138", "", "XAUT"));
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}
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function run() external {
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_initTokens();
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uint256 pk = vm.envUint("PRIVATE_KEY");
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address deployer = vm.addr(pk);
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address owner = vm.envOr("OWNER", deployer);
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address entity = vm.envOr("ENTITY", deployer);
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address factoryAddr = vm.envAddress("VAULT_FACTORY_ADDRESS");
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if (factoryAddr == address(0)) {
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factoryAddr = vm.envOr("VAULT_FACTORY", address(0));
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}
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require(factoryAddr != address(0), "VAULT_FACTORY_ADDRESS required");
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VaultFactory factory = VaultFactory(factoryAddr);
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vm.startBroadcast(pk);
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for (uint256 i = 0; i < tokens.length; i++) {
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address base = _getToken(tokens[i].envPrimary, tokens[i].envAlt);
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if (base == address(0)) continue;
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(address vault, address depositToken, address debtToken) = factory.createVaultWithDecimals(
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owner,
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entity,
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base,
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base,
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DECIMALS,
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DECIMALS,
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DEBT_TRANSFERABLE
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);
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console.log(string.concat(tokens[i].label, " vault:"), vault);
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console.log(string.concat("ac", tokens[i].label, " (deposit):"), depositToken);
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console.log(string.concat("vdc", tokens[i].label, " (debt):"), debtToken);
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}
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vm.stopBroadcast();
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}
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function _getToken(string memory primary, string memory altKey) internal view returns (address) {
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address a = vm.envOr(primary, address(0));
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if (a != address(0)) return a;
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return vm.envOr(altKey, address(0));
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}
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}
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