refactor: dedupe HyperlaneIsmFactory and IsmModule.create (#4732)
### Description - Uses HyperlaneIsmFactory in IsmModuleCreate for deduping redundant code ### Backward compatibility Yes ### Testing Unit testspull/4772/head
Yorke Rhodes
1 month ago
committed by
GitHub
parent
c622bfbcf5
commit
e104cf6aa3
@ -0,0 +1,6 @@ |
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--- |
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'@hyperlane-xyz/utils': patch |
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'@hyperlane-xyz/sdk': patch |
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--- |
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|
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Dedupe internals of hook and ISM module deploy code |
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@ -1,359 +0,0 @@ |
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import { ethers } from 'ethers'; |
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import { Logger } from 'pino'; |
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|
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import { |
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Ownable__factory, |
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StaticAddressSetFactory, |
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StaticThresholdAddressSetFactory, |
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TransparentUpgradeableProxy__factory, |
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} from '@hyperlane-xyz/core'; |
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import { buildArtifact as coreBuildArtifact } from '@hyperlane-xyz/core/buildArtifact.js'; |
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import { |
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Address, |
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addBufferToGasLimit, |
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eqAddress, |
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rootLogger, |
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} from '@hyperlane-xyz/utils'; |
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|
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import { HyperlaneContracts, HyperlaneFactories } from '../contracts/types.js'; |
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import { MultiProvider } from '../providers/MultiProvider.js'; |
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import { AnnotatedEV5Transaction } from '../providers/ProviderType.js'; |
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import { ChainMap, ChainName } from '../types.js'; |
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|
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import { isProxy, proxyConstructorArgs } from './proxy.js'; |
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import { ContractVerifier } from './verify/ContractVerifier.js'; |
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import { |
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ContractVerificationInput, |
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ExplorerLicenseType, |
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} from './verify/types.js'; |
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import { getContractVerificationInput } from './verify/utils.js'; |
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export class EvmModuleDeployer<Factories extends HyperlaneFactories> { |
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public verificationInputs: ChainMap<ContractVerificationInput[]> = {}; |
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constructor( |
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protected readonly multiProvider: MultiProvider, |
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protected readonly factories: Factories, |
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protected readonly logger = rootLogger.child({ |
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module: 'EvmModuleDeployer', |
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}), |
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protected readonly contractVerifier?: ContractVerifier, |
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) { |
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this.contractVerifier ??= new ContractVerifier( |
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multiProvider, |
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{}, |
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coreBuildArtifact, |
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ExplorerLicenseType.MIT, |
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); |
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} |
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// Deploys a contract from a factory
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public async deployContractFromFactory<F extends ethers.ContractFactory>({ |
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chain, |
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factory, |
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contractName, |
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constructorArgs, |
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initializeArgs, |
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implementationAddress, |
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}: { |
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chain: ChainName; |
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factory: F; |
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contractName: string; |
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constructorArgs: Parameters<F['deploy']>; |
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initializeArgs?: Parameters<Awaited<ReturnType<F['deploy']>>['initialize']>; |
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implementationAddress?: Address; |
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}): Promise<ReturnType<F['deploy']>> { |
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this.logger.info( |
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`Deploying ${contractName} on ${chain} with constructor args (${constructorArgs.join( |
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', ', |
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)})...`,
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); |
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const contract = await this.multiProvider.handleDeploy( |
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chain, |
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factory, |
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constructorArgs, |
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); |
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if (initializeArgs) { |
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this.logger.debug(`Initialize ${contractName} on ${chain}`); |
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// Estimate gas for the initialize transaction
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const estimatedGas = await contract.estimateGas.initialize( |
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...initializeArgs, |
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); |
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// deploy with buffer on gas limit
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const overrides = this.multiProvider.getTransactionOverrides(chain); |
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const initTx = await contract.initialize(...initializeArgs, { |
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gasLimit: addBufferToGasLimit(estimatedGas), |
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...overrides, |
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}); |
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await this.multiProvider.handleTx(chain, initTx); |
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} |
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const verificationInput = getContractVerificationInput({ |
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name: contractName, |
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contract, |
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bytecode: factory.bytecode, |
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expectedimplementation: implementationAddress, |
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}); |
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this.addVerificationArtifacts({ chain, artifacts: [verificationInput] }); |
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// try verifying contract
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try { |
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await this.contractVerifier?.verifyContract(chain, verificationInput); |
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} catch (error) { |
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// log error but keep deploying, can also verify post-deployment if needed
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this.logger.debug(`Error verifying contract: ${error}`); |
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} |
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return contract; |
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} |
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/** |
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* Deploys a contract with a specified name. |
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* |
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* This function is capable of deploying any contract type defined within the `Factories` type to a specified chain. |
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* |
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* @param {ChainName} chain - The name of the chain on which the contract is to be deployed. |
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* @param {K} contractKey - The key identifying the factory to use for deployment. |
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* @param {string} contractName - The name of the contract to deploy. This must match the contract source code. |
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* @param {Parameters<Factories[K]['deploy']>} constructorArgs - Arguments for the contract's constructor. |
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* @param {Parameters<Awaited<ReturnType<Factories[K]['deploy']>>['initialize']>?} initializeArgs - Optional arguments for the contract's initialization function. |
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* @returns {Promise<HyperlaneContracts<Factories>[K]>} A promise that resolves to the deployed contract instance. |
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*/ |
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public async deployContractWithName<K extends keyof Factories>({ |
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chain, |
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contractKey, |
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contractName, |
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constructorArgs, |
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initializeArgs, |
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}: { |
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chain: ChainName; |
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contractKey: K; |
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contractName: string; |
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constructorArgs: Parameters<Factories[K]['deploy']>; |
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initializeArgs?: Parameters< |
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Awaited<ReturnType<Factories[K]['deploy']>>['initialize'] |
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>; |
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}): Promise<HyperlaneContracts<Factories>[K]> { |
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const contract = await this.deployContractFromFactory({ |
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chain, |
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factory: this.factories[contractKey], |
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contractName, |
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constructorArgs, |
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initializeArgs, |
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}); |
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return contract; |
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} |
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// Deploys a contract with the same name as the contract key
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public async deployContract<K extends keyof Factories>({ |
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chain, |
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contractKey, |
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constructorArgs, |
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initializeArgs, |
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}: { |
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chain: ChainName; |
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contractKey: K; |
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constructorArgs: Parameters<Factories[K]['deploy']>; |
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initializeArgs?: Parameters< |
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Awaited<ReturnType<Factories[K]['deploy']>>['initialize'] |
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>; |
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}): Promise<HyperlaneContracts<Factories>[K]> { |
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return this.deployContractWithName({ |
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chain, |
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contractKey, |
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contractName: contractKey.toString(), |
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constructorArgs, |
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initializeArgs, |
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}); |
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} |
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// Deploys the Implementation and Proxy for a given contract
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public async deployProxiedContract<K extends keyof Factories>({ |
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chain, |
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contractKey, |
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contractName, |
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proxyAdmin, |
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constructorArgs, |
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initializeArgs, |
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}: { |
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chain: ChainName; |
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contractKey: K; |
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contractName: string; |
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proxyAdmin: string; |
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constructorArgs: Parameters<Factories[K]['deploy']>; |
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initializeArgs?: Parameters<HyperlaneContracts<Factories>[K]['initialize']>; |
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}): Promise<HyperlaneContracts<Factories>[K]> { |
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// Try to initialize the implementation even though it may not be necessary
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const implementation = await this.deployContractWithName({ |
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chain, |
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contractKey, |
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contractName, |
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constructorArgs, |
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initializeArgs, |
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}); |
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// Initialize the proxy the same way
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return this.deployProxy({ |
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chain, |
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implementation, |
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proxyAdmin, |
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initializeArgs, |
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}); |
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} |
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// Deploys a proxy for a given implementation contract
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protected async deployProxy<C extends ethers.Contract>({ |
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chain, |
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implementation, |
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proxyAdmin, |
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initializeArgs, |
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}: { |
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chain: ChainName; |
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implementation: C; |
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proxyAdmin: string; |
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initializeArgs?: Parameters<C['initialize']>; |
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}): Promise<C> { |
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const isProxied = await isProxy( |
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this.multiProvider.getProvider(chain), |
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implementation.address, |
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); |
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if (isProxied) { |
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// if the implementation is already a proxy, do not deploy a new proxy
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return implementation; |
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} |
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const constructorArgs = proxyConstructorArgs( |
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implementation, |
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proxyAdmin, |
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initializeArgs, |
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); |
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const proxy = await this.deployContractFromFactory({ |
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chain, |
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factory: new TransparentUpgradeableProxy__factory(), |
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contractName: 'TransparentUpgradeableProxy', |
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constructorArgs, |
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implementationAddress: implementation.address, |
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}); |
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return implementation.attach(proxy.address) as C; |
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} |
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// Adds verification artifacts to the verificationInputs map
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protected addVerificationArtifacts({ |
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chain, |
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artifacts, |
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}: { |
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chain: ChainName; |
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artifacts: ContractVerificationInput[]; |
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}): void { |
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this.verificationInputs[chain] = this.verificationInputs[chain] || []; |
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artifacts.forEach((artifact) => { |
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this.verificationInputs[chain].push(artifact); |
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}); |
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} |
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// Static deploy function used by Hook and ISM modules.
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public static async deployStaticAddressSet({ |
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chain, |
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factory, |
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values, |
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logger, |
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threshold = values.length, |
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multiProvider, |
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}: { |
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chain: ChainName; |
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factory: StaticThresholdAddressSetFactory | StaticAddressSetFactory; |
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values: Address[]; |
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logger: Logger; |
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threshold?: number; |
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multiProvider: MultiProvider; |
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}): Promise<Address> { |
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const sortedValues = [...values].sort(); |
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const address = await factory['getAddress(address[],uint8)']( |
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sortedValues, |
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threshold, |
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); |
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const code = await multiProvider.getProvider(chain).getCode(address); |
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if (code === '0x') { |
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logger.debug( |
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`Deploying new ${threshold} of ${sortedValues.length} address set to ${chain}`, |
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); |
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const overrides = multiProvider.getTransactionOverrides(chain); |
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// estimate gas
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const estimatedGas = await factory.estimateGas['deploy(address[],uint8)']( |
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sortedValues, |
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threshold, |
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overrides, |
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); |
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// add gas buffer
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const hash = await factory['deploy(address[],uint8)']( |
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sortedValues, |
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threshold, |
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{ |
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gasLimit: addBufferToGasLimit(estimatedGas), |
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...overrides, |
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}, |
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); |
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await multiProvider.handleTx(chain, hash); |
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} else { |
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logger.debug( |
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`Recovered ${threshold} of ${sortedValues.length} address set on ${chain}: ${address}`, |
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); |
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} |
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// TODO: figure out how to get the constructor arguments for manual deploy TXs
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// const verificationInput = buildVerificationInput(
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// NAME,
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// ADDRESS,
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// CONSTRUCTOR_ARGS,
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// );
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// await this.deployer.verifyContract(
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// this.chainName,
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// verificationInput,
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// logger,
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// );
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return address; |
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} |
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/** |
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* Transfers ownership of a contract to a new owner. |
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* |
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* @param actualOwner - The current owner of the contract. |
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* @param expectedOwner - The expected new owner of the contract. |
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* @param deployedAddress - The address of the deployed contract. |
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* @param chainId - The chain ID of the network the contract is deployed on. |
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* @returns An array of annotated EV5 transactions that need to be executed to update the owner. |
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*/ |
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public static createTransferOwnershipTx(params: { |
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actualOwner: Address; |
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expectedOwner: Address; |
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deployedAddress: Address; |
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chainId: number; |
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}): AnnotatedEV5Transaction[] { |
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const { actualOwner, expectedOwner, deployedAddress, chainId } = params; |
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const updateTransactions: AnnotatedEV5Transaction[] = []; |
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if (eqAddress(actualOwner, expectedOwner)) { |
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return []; |
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} |
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updateTransactions.push({ |
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annotation: `Transferring ownership of ${deployedAddress} from current owner ${actualOwner} to new owner ${expectedOwner}`, |
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chainId, |
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to: deployedAddress, |
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data: Ownable__factory.createInterface().encodeFunctionData( |
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'transferOwnership(address)', |
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[expectedOwner], |
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), |
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}); |
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return updateTransactions; |
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} |
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} |
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