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hardhat.config.ts
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hardhat.config.ts
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import '@nomiclabs/hardhat-ethers';
import '@nomiclabs/hardhat-vyper';
import '@nomiclabs/hardhat-waffle';
import 'hardhat-local-networks-config-plugin';
import 'hardhat-ignore-warnings';
import 'tsconfig-paths/register';
import './src/helpers/setupTests';
import { task } from 'hardhat/config';
import { TASK_TEST } from 'hardhat/builtin-tasks/task-names';
import { HardhatRuntimeEnvironment } from 'hardhat/types';
import path from 'path';
import { existsSync, readdirSync, readFileSync, statSync } from 'fs';
import { checkArtifact, extractArtifact } from './src/artifact';
import test from './src/test';
import Task, { TaskMode, TaskStatus } from './src/task';
import Verifier from './src/verifier';
import logger, { Logger } from './src/logger';
import {
checkActionIds,
checkActionIdUniqueness,
saveActionIds,
getActionIdInfo,
fetchTheGraphPermissions,
} from './src/actionId';
import {
checkContractDeploymentAddresses,
checkTimelockAuthorizerConfig,
getTimelockAuthorizerConfigDiff,
saveContractDeploymentAddresses,
saveTimelockAuthorizerConfig,
withRetries,
} from './src/network';
const THEGRAPHURLS: { [key: string]: string } = {};
task('deploy', 'Run deployment task')
.addParam('id', 'Deployment task ID')
.addFlag('force', 'Ignore previous deployments')
.addOptionalParam('key', 'Etherscan API key to verify contracts')
.setAction(
async (args: { id: string; force?: boolean; key?: string; verbose?: boolean }, hre: HardhatRuntimeEnvironment) => {
Logger.setDefaults(false, args.verbose || false);
// eslint-disable-next-line @typescript-eslint/no-explicit-any
const apiKey = args.key ?? (hre.config.networks[hre.network.name] as any).verificationAPIKey;
const verifier = apiKey ? new Verifier(hre.network, apiKey) : undefined;
await new Task(args.id, TaskMode.LIVE, hre.network.name, verifier).run(args);
}
);
task('verify-contract', `Verify a task's deployment on a block explorer`)
.addParam('id', 'Deployment task ID')
.addParam('name', 'Contract name')
.addParam('address', 'Contract address')
.addParam('args', 'ABI-encoded constructor arguments')
.addOptionalParam('key', 'Etherscan API key to verify contracts')
.setAction(
async (
args: { id: string; name: string; address: string; key: string; args: string; verbose?: boolean },
hre: HardhatRuntimeEnvironment
) => {
Logger.setDefaults(false, args.verbose || false);
// eslint-disable-next-line @typescript-eslint/no-explicit-any
const apiKey = args.key ?? (hre.config.networks[hre.network.name] as any).verificationAPIKey;
const verifier = apiKey ? new Verifier(hre.network, apiKey) : undefined;
// Contracts can only be verified in Live mode
await new Task(args.id, TaskMode.LIVE, hre.network.name, verifier).verify(args.name, args.address, args.args);
}
);
task('extract-artifacts', `Extract contract artifacts from their build-info`)
.addOptionalParam('id', 'Specific task ID')
.addOptionalParam('file', 'Target build-info file name')
.addOptionalParam('name', 'Contract name')
.setAction(async (args: { id?: string; file?: string; name?: string; verbose?: boolean }) => {
Logger.setDefaults(false, args.verbose || false);
if (args.id) {
const task = new Task(args.id, TaskMode.READ_ONLY);
extractArtifact(task, args.file, args.name);
} else {
for (const taskID of Task.getAllTaskIds()) {
const task = new Task(taskID, TaskMode.READ_ONLY);
extractArtifact(task, args.file, args.name);
}
}
});
task('check-deployments', `Check that all tasks' deployments correspond to their build-info and inputs`)
.addOptionalParam('id', 'Specific task ID')
.setAction(async (args: { id?: string; force?: boolean; verbose?: boolean }, hre: HardhatRuntimeEnvironment) => {
// The force argument above is actually not passed (and not required or used in CHECK mode), but it is the easiest
// way to address type issues.
Logger.setDefaults(false, args.verbose || false);
logger.log(`Checking deployments for ${hre.network.name}...`, '');
if (args.id) {
await new Task(args.id, TaskMode.CHECK, hre.network.name).run(args);
} else {
for (const taskID of Task.getAllTaskIds()) {
if (taskID.startsWith('00000000-')) {
continue;
}
const task = new Task(taskID, TaskMode.CHECK, hre.network.name);
const outputDir = path.resolve(task.dir(), 'output');
if (existsSync(outputDir) && statSync(outputDir).isDirectory()) {
const outputFiles = readdirSync(outputDir);
if (outputFiles.some((outputFile) => outputFile.includes(hre.network.name))) {
// Not all tasks have outputs for all networks, so we skip those that don't
await withRetries(async () => task.run(args));
}
}
}
}
});
task('check-artifacts', `check that contract artifacts correspond to their build-info`)
.addOptionalParam('id', 'Specific task ID')
.setAction(async (args: { id?: string; verbose?: boolean }) => {
Logger.setDefaults(false, args.verbose || false);
if (args.id) {
const task = new Task(args.id, TaskMode.READ_ONLY);
checkArtifact(task);
} else {
for (const taskID of Task.getAllTaskIds()) {
const task = new Task(taskID, TaskMode.READ_ONLY);
checkArtifact(task);
}
}
});
task('save-action-ids', `Print the action IDs for a particular contract and checks their uniqueness`)
.addOptionalParam('id', 'Specific task ID')
.addOptionalParam('name', 'Contract name')
.addOptionalParam('address', 'Address of Pool created from a factory')
.setAction(
async (args: { id: string; name: string; address?: string; verbose?: boolean }, hre: HardhatRuntimeEnvironment) => {
async function saveActionIdsTask(
args: { id: string; name: string; address?: string; verbose?: boolean },
hre: HardhatRuntimeEnvironment
) {
Logger.setDefaults(false, args.verbose || false);
// The user is calculating action IDs for a contract which isn't included in the task outputs.
// Most likely this is for a pool which is to be deployed from a factory contract deployed as part of the task.
if (args.address) {
if (!args.id || !args.name) {
throw new Error(
"Provided an address for Pool created from a factory but didn't specify task or contract name."
);
}
const task = new Task(args.id, TaskMode.READ_ONLY, hre.network.name);
await saveActionIds(task, args.name, args.address);
return;
}
// The user is calculating the action IDs for a particular task or contract within a particular task.
if (args.id && args.name) {
const task = new Task(args.id, TaskMode.READ_ONLY, hre.network.name);
await saveActionIds(task, args.name);
return;
}
async function generateActionIdsForTask(taskId: string): Promise<void> {
const task = new Task(taskId, TaskMode.READ_ONLY, hre.network.name);
const outputDir = path.resolve(task.dir(), 'output');
if (existsSync(outputDir) && statSync(outputDir).isDirectory()) {
for (const outputFile of readdirSync(outputDir)) {
const outputFilePath = path.resolve(outputDir, outputFile);
if (outputFile.includes(hre.network.name) && statSync(outputFilePath).isFile()) {
const fileContents = JSON.parse(readFileSync(outputFilePath).toString());
const contractNames = Object.keys(fileContents);
for (const contractName of contractNames) {
await saveActionIds(task, contractName);
}
}
}
}
}
if (args.id) {
await generateActionIdsForTask(args.id);
return;
}
// We're calculating action IDs for whichever contracts we can pull enough information from disk for.
// This will calculate action IDs for any contracts which are a named output from a task.
for (const taskID of Task.getAllTaskIds()) {
await generateActionIdsForTask(taskID);
}
}
await saveActionIdsTask(args, hre);
checkActionIdUniqueness(hre.network.name);
}
);
task('check-action-ids', `Check that contract action-ids correspond the expected values`)
.addOptionalParam('id', 'Specific task ID')
.setAction(async (args: { id?: string; verbose?: boolean }, hre: HardhatRuntimeEnvironment) => {
Logger.setDefaults(false, args.verbose || false);
logger.log(`Checking action IDs for ${hre.network.name}...`, '');
if (args.id) {
const task = new Task(args.id, TaskMode.READ_ONLY, hre.network.name);
await checkActionIds(task);
} else {
for (const taskID of Task.getAllTaskIds()) {
const task = new Task(taskID, TaskMode.READ_ONLY, hre.network.name);
await withRetries(async () => checkActionIds(task));
}
}
checkActionIdUniqueness(hre.network.name);
});
task('get-action-id-info', `Returns all the matches for the given actionId`)
.addPositionalParam('id', 'ActionId to use for the lookup')
.setAction(async (args: { id: string; verbose?: boolean }, hre: HardhatRuntimeEnvironment) => {
Logger.setDefaults(false, args.verbose || false);
logger.info(`Looking for action ID info on ${hre.network.name}...`);
const actionIdInfo = await getActionIdInfo(args.id, hre.network.name);
if (actionIdInfo) {
logger.log(`Found the following matches:`, '');
logger.log(JSON.stringify(actionIdInfo, null, 2), '');
} else {
logger.log(`No entries found for the actionId`, '');
}
});
task('get-action-ids-info', `Reconstructs all the permissions from TheGraph AP and action-ids files`).setAction(
async (args: { verbose?: boolean }, hre: HardhatRuntimeEnvironment) => {
Logger.setDefaults(false, args.verbose || false);
logger.log(`Fetching permissions using TheGraph API on ${hre.network.name}...`, '');
const permissions = await fetchTheGraphPermissions(THEGRAPHURLS[hre.network.name]);
const infos = (
await Promise.all(permissions.map((permission) => getActionIdInfo(permission.action.id, hre.network.name)))
).map((info, index) => ({
...info,
grantee: permissions[index].account,
actionId: permissions[index].action.id,
txHash: permissions[index].txHash,
}));
logger.log(`Found the following matches:`, '');
process.stdout.write(JSON.stringify(infos, null, 2));
}
);
task('build-address-lookup', `Build a lookup table from contract addresses to the relevant deployment`).setAction(
async (args: { verbose?: boolean }, hre: HardhatRuntimeEnvironment) => {
Logger.setDefaults(false, args.verbose || false);
if (hre.network.name === 'hardhat') {
logger.warn(`invalid network: ${hre.network.name}`);
return;
}
// Create Task objects, excluding tokens tasks.
const tasks = Task.getAllTaskIds()
.filter((taskId) => !taskId.startsWith('00000000-'))
.map((taskId) => new Task(taskId, TaskMode.READ_ONLY, hre.network.name));
saveContractDeploymentAddresses(tasks, hre.network.name);
logger.success(`Address lookup generated for network ${hre.network.name}`);
}
);
task(
'check-address-lookup',
`Check whether the existing lookup table from contract addresses to the relevant deployments is correct`
).setAction(async (args: { verbose?: boolean }, hre: HardhatRuntimeEnvironment) => {
Logger.setDefaults(false, args.verbose || false);
if (hre.network.name === 'hardhat') {
logger.warn(`invalid network: ${hre.network.name}`);
return;
}
// Create Task objects, excluding tokens tasks.
const tasks = Task.getAllTaskIds()
.filter((taskId) => !taskId.startsWith('00000000-'))
.map((taskId) => new Task(taskId, TaskMode.READ_ONLY, hre.network.name));
const addressLookupFileOk = checkContractDeploymentAddresses(tasks, hre.network.name);
if (!addressLookupFileOk) {
throw new Error(
`Address lookup file is incorrect for network ${hre.network.name}. Please run 'build-address-lookup' to regenerate it`
);
} else {
logger.success(`Address lookup file is correct for network ${hre.network.name}`);
}
});
task('build-timelock-authorizer-config', `Builds JSON file with Timelock Authorizer configuration`).setAction(
async (args: { verbose?: boolean }, hre: HardhatRuntimeEnvironment) => {
Logger.setDefaults(false, args.verbose || false);
if (hre.network.name === 'hardhat') {
logger.warn(`invalid network: ${hre.network.name}`);
return;
}
// Get active timelock authorizer task.
const tasks = Task.getAllTaskIds()
.filter((taskId) => taskId.includes('timelock-authorizer'))
.map((taskId) => new Task(taskId, TaskMode.READ_ONLY, hre.network.name))
.filter((task) => task.getStatus() === TaskStatus.ACTIVE);
if (tasks.length !== 1) {
const errorMsg = tasks.length === 0 ? 'not found' : 'is not unique';
logger.error(`Active timelock authorizer task ${errorMsg}`);
return;
}
saveTimelockAuthorizerConfig(tasks[0], hre.network.name);
logger.success(`Timelock Authorizer config JSON generated for network ${hre.network.name}`);
}
);
task(
'check-timelock-authorizer-config',
`Check whether the existing timelock authorizer configuration file is correct`
).setAction(async (args: { verbose?: boolean }, hre: HardhatRuntimeEnvironment) => {
Logger.setDefaults(false, args.verbose || false);
if (hre.network.name === 'hardhat') {
logger.warn(`invalid network: ${hre.network.name}`);
return;
}
// Get active timelock authorizer task.
const tasks = Task.getAllTaskIds()
.filter((taskId) => taskId.includes('timelock-authorizer'))
.map((taskId) => new Task(taskId, TaskMode.READ_ONLY, hre.network.name))
.filter((task) => task.getStatus() === TaskStatus.ACTIVE);
if (tasks.length !== 1) {
const errorMsg = tasks.length === 0 ? 'not found' : 'is not unique';
logger.error(`Active timelock authorizer task ${errorMsg}`);
return;
}
const isConfigOk = checkTimelockAuthorizerConfig(tasks[0], hre.network.name);
if (isConfigOk) {
logger.success(`Timelock Authorizer config JSON is correct for network ${hre.network.name}`);
} else {
throw new Error(
`Timelock Authorizer config file is incorrect for network ${hre.network.name}. Please run 'build-timelock-authorizer-config' to regenerate it`
);
}
});
task(
'verify-timelock-authorizer-config',
`Check whether the existing timelock authorizer configuration file matches the delays configured onchain`
).setAction(async (args: { verbose?: boolean }, hre: HardhatRuntimeEnvironment) => {
Logger.setDefaults(false, args.verbose || false);
if (hre.network.name === 'hardhat') {
logger.warn(`invalid network: ${hre.network.name}`);
return;
}
// Get active timelock authorizer task.
const tasks = Task.getAllTaskIds()
.filter((taskId) => taskId.includes('timelock-authorizer'))
.map((taskId) => new Task(taskId, TaskMode.READ_ONLY, hre.network.name))
.filter((task) => task.getStatus() === TaskStatus.ACTIVE);
if (tasks.length !== 1) {
const errorMsg = tasks.length === 0 ? 'not found' : 'is not unique';
logger.error(`Active timelock authorizer task ${errorMsg}`);
return;
}
const configDiff = await getTimelockAuthorizerConfigDiff(tasks[0], hre.network.name);
if (configDiff.length === 0) {
logger.success(`Timelock Authorizer config is correctly applied on-chain for network ${hre.network.name}`);
} else {
throw new Error(
`Timelock Authorizer config file is incorrect for network ${
hre.network.name
}. Differences found:\n${JSON.stringify(configDiff, null, 2)}`
);
}
});
task(TASK_TEST).addOptionalParam('id', 'Specific task ID of the fork test to run.').setAction(test);
export default {
mocha: {
timeout: 600000,
},
solidity: {
version: '0.7.1',
settings: {
optimizer: {
enabled: true,
runs: 9999,
},
},
},
vyper: {
compilers: [{ version: '0.3.1' }, { version: '0.3.3' }],
},
paths: {
artifacts: './src/helpers/.hardhat/artifacts',
cache: './src/helpers/.hardhat/cache',
sources: './src/helpers/contracts',
},
warnings: {
'*': {
'shadowing-opcode': 'off',
default: 'error',
},
},
etherscan: {
customChains: [
{
network: 'zkemv',
chainId: 1101,
urls: {
apiURL: 'https://api-zkevm.polygonscan.com/api',
browserURL: 'https://zkevm.polygonscan.com/',
},
},
{
network: 'base',
chainId: 8453,
urls: {
apiURL: 'https://api.basescan.org/api',
browserURL: 'https://basescan.org/',
},
},
{
network: 'fraxtal',
chainId: 252,
urls: {
apiURL: 'https://api.fraxscan.com/api',
browserURL: 'https://fraxscan.com/',
},
},
{
network: 'mode',
chainId: 34443,
urls: {
apiURL: 'https://api.routescan.io/v2/network/mainnet/evm/34443/etherscan',
browserURL: 'https://modescan.io',
},
},
],
},
};