595 lines
26 KiB
TypeScript
595 lines
26 KiB
TypeScript
import {
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blockchainTests,
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constants,
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expect,
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getRandomInteger,
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randomAddress,
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verifyEventsFromLogs,
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} from '@0x/contracts-test-utils';
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import { getExchangeProxyMetaTransactionHash, signatureUtils } from '@0x/order-utils';
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import { ExchangeProxyMetaTransaction } from '@0x/types';
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import { BigNumber, hexUtils, StringRevertError, ZeroExRevertErrors } from '@0x/utils';
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import * as _ from 'lodash';
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import { generateCallDataSignature, signCallData } from '../../src/signed_call_data';
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import { MetaTransactionsContract, ZeroExContract } from '../../src/wrappers';
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import { artifacts } from '../artifacts';
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import { abis } from '../utils/abis';
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import { fullMigrateAsync } from '../utils/migration';
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import {
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ITokenSpenderContract,
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TestMetaTransactionsTransformERC20FeatureContract,
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TestMetaTransactionsTransformERC20FeatureEvents,
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TestMintableERC20TokenContract,
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} from '../wrappers';
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const { NULL_ADDRESS, NULL_BYTES, ZERO_AMOUNT } = constants;
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blockchainTests.resets('MetaTransactions feature', env => {
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let owner: string;
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let sender: string;
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let signers: string[];
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let zeroEx: ZeroExContract;
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let feature: MetaTransactionsContract;
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let feeToken: TestMintableERC20TokenContract;
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let transformERC20Feature: TestMetaTransactionsTransformERC20FeatureContract;
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let allowanceTarget: string;
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const MAX_FEE_AMOUNT = new BigNumber('1e18');
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before(async () => {
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[owner, sender, ...signers] = await env.getAccountAddressesAsync();
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transformERC20Feature = await TestMetaTransactionsTransformERC20FeatureContract.deployFrom0xArtifactAsync(
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artifacts.TestMetaTransactionsTransformERC20Feature,
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env.provider,
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env.txDefaults,
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{},
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);
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zeroEx = await fullMigrateAsync(owner, env.provider, env.txDefaults, {
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transformERC20: transformERC20Feature.address,
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});
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feature = new MetaTransactionsContract(zeroEx.address, env.provider, { ...env.txDefaults, from: sender }, abis);
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feeToken = await TestMintableERC20TokenContract.deployFrom0xArtifactAsync(
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artifacts.TestMintableERC20Token,
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env.provider,
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env.txDefaults,
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{},
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);
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allowanceTarget = await new ITokenSpenderContract(zeroEx.address, env.provider, env.txDefaults)
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.getAllowanceTarget()
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.callAsync();
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// Fund signers with fee tokens.
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await Promise.all(
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signers.map(async signer => {
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await feeToken.mint(signer, MAX_FEE_AMOUNT).awaitTransactionSuccessAsync();
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await feeToken.approve(allowanceTarget, MAX_FEE_AMOUNT).awaitTransactionSuccessAsync({ from: signer });
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}),
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);
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});
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function getRandomMetaTransaction(
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fields: Partial<ExchangeProxyMetaTransaction> = {},
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): ExchangeProxyMetaTransaction {
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return {
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signer: _.sampleSize(signers)[0],
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sender,
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minGasPrice: getRandomInteger('2', '1e9'),
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maxGasPrice: getRandomInteger('1e9', '100e9'),
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expirationTimeSeconds: new BigNumber(Math.floor(_.now() / 1000) + 360),
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salt: new BigNumber(hexUtils.random()),
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callData: hexUtils.random(4),
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value: getRandomInteger(1, '1e18'),
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feeToken: feeToken.address,
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feeAmount: getRandomInteger(1, MAX_FEE_AMOUNT),
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domain: {
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chainId: 1, // Ganache's `chainid` opcode is hardcoded as 1
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verifyingContract: zeroEx.address,
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},
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...fields,
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};
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}
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async function signMetaTransactionAsync(mtx: ExchangeProxyMetaTransaction, signer?: string): Promise<string> {
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return signatureUtils.ecSignHashAsync(
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env.provider,
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getExchangeProxyMetaTransactionHash(mtx),
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signer || mtx.signer,
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);
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}
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describe('getMetaTransactionHash()', () => {
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it('generates the correct hash', async () => {
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const mtx = getRandomMetaTransaction();
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const expected = getExchangeProxyMetaTransactionHash(mtx);
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const actual = await feature.getMetaTransactionHash(mtx).callAsync();
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expect(actual).to.eq(expected);
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});
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});
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interface TransformERC20Args {
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inputToken: string;
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outputToken: string;
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inputTokenAmount: BigNumber;
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minOutputTokenAmount: BigNumber;
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transformations: Array<{ deploymentNonce: BigNumber; data: string }>;
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}
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function getRandomTransformERC20Args(fields: Partial<TransformERC20Args> = {}): TransformERC20Args {
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return {
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inputToken: randomAddress(),
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outputToken: randomAddress(),
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inputTokenAmount: getRandomInteger(1, '1e18'),
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minOutputTokenAmount: getRandomInteger(1, '1e18'),
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transformations: [{ deploymentNonce: new BigNumber(123), data: hexUtils.random() }],
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...fields,
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};
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}
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const RAW_SUCCESS_RESULT = hexUtils.leftPad(1337);
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describe('executeMetaTransaction()', () => {
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it('can call `TransformERC20.transformERC20()`', async () => {
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const args = getRandomTransformERC20Args();
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const mtx = getRandomMetaTransaction({
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callData: transformERC20Feature
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.transformERC20(
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args.inputToken,
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args.outputToken,
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args.inputTokenAmount,
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args.minOutputTokenAmount,
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args.transformations,
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)
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.getABIEncodedTransactionData(),
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});
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const signature = await signMetaTransactionAsync(mtx);
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const callOpts = {
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gasPrice: mtx.minGasPrice,
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value: mtx.value,
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};
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const rawResult = await feature.executeMetaTransaction(mtx, signature).callAsync(callOpts);
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expect(rawResult).to.eq(RAW_SUCCESS_RESULT);
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const receipt = await feature.executeMetaTransaction(mtx, signature).awaitTransactionSuccessAsync(callOpts);
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verifyEventsFromLogs(
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receipt.logs,
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[
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{
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inputToken: args.inputToken,
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outputToken: args.outputToken,
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inputTokenAmount: args.inputTokenAmount,
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minOutputTokenAmount: args.minOutputTokenAmount,
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transformations: args.transformations,
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sender: zeroEx.address,
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value: mtx.value,
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callDataHash: hexUtils.hash(mtx.callData),
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taker: mtx.signer,
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callDataSignature: NULL_BYTES,
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},
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],
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TestMetaTransactionsTransformERC20FeatureEvents.TransformERC20Called,
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);
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});
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it('can call `TransformERC20.transformERC20()` with signed calldata', async () => {
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const args = getRandomTransformERC20Args();
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const callData = transformERC20Feature
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.transformERC20(
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args.inputToken,
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args.outputToken,
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args.inputTokenAmount,
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args.minOutputTokenAmount,
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args.transformations,
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)
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.getABIEncodedTransactionData();
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const callDataSignerKey = hexUtils.random();
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const callDataSignature = generateCallDataSignature(callData, callDataSignerKey);
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const signedCallData = signCallData(callData, callDataSignerKey);
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const mtx = getRandomMetaTransaction({ callData: signedCallData });
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const signature = await signMetaTransactionAsync(mtx);
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const callOpts = {
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gasPrice: mtx.minGasPrice,
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value: mtx.value,
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};
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const rawResult = await feature.executeMetaTransaction(mtx, signature).callAsync(callOpts);
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expect(rawResult).to.eq(RAW_SUCCESS_RESULT);
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const receipt = await feature.executeMetaTransaction(mtx, signature).awaitTransactionSuccessAsync(callOpts);
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verifyEventsFromLogs(
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receipt.logs,
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[
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{
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inputToken: args.inputToken,
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outputToken: args.outputToken,
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inputTokenAmount: args.inputTokenAmount,
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minOutputTokenAmount: args.minOutputTokenAmount,
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transformations: args.transformations,
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sender: zeroEx.address,
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value: mtx.value,
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callDataHash: hexUtils.hash(callData),
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taker: mtx.signer,
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callDataSignature,
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},
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],
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TestMetaTransactionsTransformERC20FeatureEvents.TransformERC20Called,
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);
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});
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it('can call with any sender if `sender == 0`', async () => {
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const args = getRandomTransformERC20Args();
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const mtx = getRandomMetaTransaction({
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sender: NULL_ADDRESS,
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callData: transformERC20Feature
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.transformERC20(
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args.inputToken,
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args.outputToken,
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args.inputTokenAmount,
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args.minOutputTokenAmount,
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args.transformations,
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)
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.getABIEncodedTransactionData(),
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});
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const signature = await signMetaTransactionAsync(mtx);
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const callOpts = {
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gasPrice: mtx.minGasPrice,
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value: mtx.value,
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from: randomAddress(),
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};
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const rawResult = await feature.executeMetaTransaction(mtx, signature).callAsync(callOpts);
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expect(rawResult).to.eq(RAW_SUCCESS_RESULT);
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});
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it('works without fee', async () => {
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const args = getRandomTransformERC20Args();
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const mtx = getRandomMetaTransaction({
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feeAmount: ZERO_AMOUNT,
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feeToken: randomAddress(),
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callData: transformERC20Feature
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.transformERC20(
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args.inputToken,
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args.outputToken,
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args.inputTokenAmount,
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args.minOutputTokenAmount,
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args.transformations,
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)
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.getABIEncodedTransactionData(),
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});
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const signature = await signMetaTransactionAsync(mtx);
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const callOpts = {
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gasPrice: mtx.minGasPrice,
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value: mtx.value,
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};
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const rawResult = await feature.executeMetaTransaction(mtx, signature).callAsync(callOpts);
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expect(rawResult).to.eq(RAW_SUCCESS_RESULT);
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});
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it('fails if the translated call fails', async () => {
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const args = getRandomTransformERC20Args();
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const mtx = getRandomMetaTransaction({
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value: new BigNumber(666),
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callData: transformERC20Feature
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.transformERC20(
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args.inputToken,
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args.outputToken,
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args.inputTokenAmount,
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args.minOutputTokenAmount,
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args.transformations,
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)
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.getABIEncodedTransactionData(),
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});
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const mtxHash = getExchangeProxyMetaTransactionHash(mtx);
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const signature = await signMetaTransactionAsync(mtx);
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const callOpts = {
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gasPrice: mtx.minGasPrice,
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value: mtx.value,
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};
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const tx = feature.executeMetaTransaction(mtx, signature).callAsync(callOpts);
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const actualCallData = transformERC20Feature
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._transformERC20({
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taker: mtx.signer,
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inputToken: args.inputToken,
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outputToken: args.outputToken,
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inputTokenAmount: args.inputTokenAmount,
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minOutputTokenAmount: args.minOutputTokenAmount,
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transformations: args.transformations,
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callDataHash: hexUtils.hash(mtx.callData),
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callDataSignature: NULL_BYTES,
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})
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.getABIEncodedTransactionData();
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return expect(tx).to.revertWith(
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new ZeroExRevertErrors.MetaTransactions.MetaTransactionCallFailedError(
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mtxHash,
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actualCallData,
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new StringRevertError('FAIL').toString(),
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),
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);
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});
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it('fails with unsupported function', async () => {
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const mtx = getRandomMetaTransaction({
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callData: transformERC20Feature.createTransformWallet().getABIEncodedTransactionData(),
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});
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const mtxHash = getExchangeProxyMetaTransactionHash(mtx);
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const signature = await signMetaTransactionAsync(mtx);
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const callOpts = {
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gasPrice: mtx.minGasPrice,
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value: mtx.value,
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};
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const tx = feature.executeMetaTransaction(mtx, signature).awaitTransactionSuccessAsync(callOpts);
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return expect(tx).to.revertWith(
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new ZeroExRevertErrors.MetaTransactions.MetaTransactionUnsupportedFunctionError(
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mtxHash,
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hexUtils.slice(mtx.callData, 0, 4),
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),
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);
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});
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it('cannot execute the same mtx twice', async () => {
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const args = getRandomTransformERC20Args();
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const mtx = getRandomMetaTransaction({
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callData: transformERC20Feature
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.transformERC20(
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args.inputToken,
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args.outputToken,
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args.inputTokenAmount,
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args.minOutputTokenAmount,
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args.transformations,
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)
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.getABIEncodedTransactionData(),
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});
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const mtxHash = getExchangeProxyMetaTransactionHash(mtx);
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const signature = await signMetaTransactionAsync(mtx);
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const callOpts = {
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gasPrice: mtx.minGasPrice,
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value: mtx.value,
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};
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const receipt = await feature.executeMetaTransaction(mtx, signature).awaitTransactionSuccessAsync(callOpts);
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const tx = feature.executeMetaTransaction(mtx, signature).awaitTransactionSuccessAsync(callOpts);
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return expect(tx).to.revertWith(
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new ZeroExRevertErrors.MetaTransactions.MetaTransactionAlreadyExecutedError(
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mtxHash,
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receipt.blockNumber,
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),
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);
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});
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it('fails if not enough ETH provided', async () => {
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const mtx = getRandomMetaTransaction();
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const mtxHash = getExchangeProxyMetaTransactionHash(mtx);
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const signature = await signMetaTransactionAsync(mtx);
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const callOpts = {
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gasPrice: mtx.minGasPrice,
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value: mtx.value.minus(1),
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};
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const tx = feature.executeMetaTransaction(mtx, signature).awaitTransactionSuccessAsync(callOpts);
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return expect(tx).to.revertWith(
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new ZeroExRevertErrors.MetaTransactions.MetaTransactionInsufficientEthError(
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mtxHash,
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callOpts.value,
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mtx.value,
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),
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);
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});
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it('fails if gas price too low', async () => {
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const mtx = getRandomMetaTransaction();
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const mtxHash = getExchangeProxyMetaTransactionHash(mtx);
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const signature = await signMetaTransactionAsync(mtx);
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const callOpts = {
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gasPrice: mtx.minGasPrice.minus(1),
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value: mtx.value,
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};
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const tx = feature.executeMetaTransaction(mtx, signature).awaitTransactionSuccessAsync(callOpts);
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return expect(tx).to.revertWith(
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new ZeroExRevertErrors.MetaTransactions.MetaTransactionGasPriceError(
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mtxHash,
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callOpts.gasPrice,
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mtx.minGasPrice,
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mtx.maxGasPrice,
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),
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);
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});
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it('fails if gas price too high', async () => {
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const mtx = getRandomMetaTransaction();
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const mtxHash = getExchangeProxyMetaTransactionHash(mtx);
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const signature = await signMetaTransactionAsync(mtx);
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const callOpts = {
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gasPrice: mtx.maxGasPrice.plus(1),
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value: mtx.value,
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};
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const tx = feature.executeMetaTransaction(mtx, signature).awaitTransactionSuccessAsync(callOpts);
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return expect(tx).to.revertWith(
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new ZeroExRevertErrors.MetaTransactions.MetaTransactionGasPriceError(
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mtxHash,
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callOpts.gasPrice,
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mtx.minGasPrice,
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mtx.maxGasPrice,
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),
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);
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});
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it('fails if expired', async () => {
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const mtx = getRandomMetaTransaction({
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expirationTimeSeconds: new BigNumber(Math.floor(_.now() / 1000 - 60)),
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});
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const mtxHash = getExchangeProxyMetaTransactionHash(mtx);
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const signature = await signMetaTransactionAsync(mtx);
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const callOpts = {
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gasPrice: mtx.maxGasPrice,
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value: mtx.value,
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};
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const tx = feature.executeMetaTransaction(mtx, signature).awaitTransactionSuccessAsync(callOpts);
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return expect(tx).to.revertWith(
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new ZeroExRevertErrors.MetaTransactions.MetaTransactionExpiredError(
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mtxHash,
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undefined,
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mtx.expirationTimeSeconds,
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),
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);
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});
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it('fails if wrong sender', async () => {
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const requiredSender = randomAddress();
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const mtx = getRandomMetaTransaction({
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sender: requiredSender,
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});
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const mtxHash = getExchangeProxyMetaTransactionHash(mtx);
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const signature = await signMetaTransactionAsync(mtx);
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const callOpts = {
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gasPrice: mtx.maxGasPrice,
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value: mtx.value,
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};
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const tx = feature.executeMetaTransaction(mtx, signature).awaitTransactionSuccessAsync(callOpts);
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return expect(tx).to.revertWith(
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new ZeroExRevertErrors.MetaTransactions.MetaTransactionWrongSenderError(
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mtxHash,
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sender,
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requiredSender,
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),
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);
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});
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it('fails if signature is wrong', async () => {
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const mtx = getRandomMetaTransaction({ signer: signers[0] });
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const mtxHash = getExchangeProxyMetaTransactionHash(mtx);
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const signature = await signMetaTransactionAsync(mtx, signers[1]);
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const callOpts = {
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gasPrice: mtx.maxGasPrice,
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value: mtx.value,
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};
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const tx = feature.executeMetaTransaction(mtx, signature).awaitTransactionSuccessAsync(callOpts);
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return expect(tx).to.revertWith(
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new ZeroExRevertErrors.MetaTransactions.MetaTransactionInvalidSignatureError(
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mtxHash,
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signature,
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new ZeroExRevertErrors.SignatureValidator.SignatureValidationError(
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ZeroExRevertErrors.SignatureValidator.SignatureValidationErrorCodes.WrongSigner,
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mtxHash,
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signers[0],
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signature,
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).toString(),
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),
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);
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});
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});
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describe('batchExecuteMetaTransactions()', () => {
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it('can execute multiple transactions', async () => {
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const mtxs = _.times(2, i => {
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const args = getRandomTransformERC20Args();
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return getRandomMetaTransaction({
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signer: signers[i],
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callData: transformERC20Feature
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.transformERC20(
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args.inputToken,
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args.outputToken,
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args.inputTokenAmount,
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args.minOutputTokenAmount,
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args.transformations,
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)
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.getABIEncodedTransactionData(),
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});
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});
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const signatures = await Promise.all(mtxs.map(async mtx => signMetaTransactionAsync(mtx)));
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const callOpts = {
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gasPrice: BigNumber.max(...mtxs.map(mtx => mtx.minGasPrice)),
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value: BigNumber.sum(...mtxs.map(mtx => mtx.value)),
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};
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const rawResults = await feature.batchExecuteMetaTransactions(mtxs, signatures).callAsync(callOpts);
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expect(rawResults).to.eql(mtxs.map(() => RAW_SUCCESS_RESULT));
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});
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it('cannot execute the same transaction twice', async () => {
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const mtx = (() => {
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const args = getRandomTransformERC20Args();
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return getRandomMetaTransaction({
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signer: _.sampleSize(signers, 1)[0],
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callData: transformERC20Feature
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.transformERC20(
|
|
args.inputToken,
|
|
args.outputToken,
|
|
args.inputTokenAmount,
|
|
args.minOutputTokenAmount,
|
|
args.transformations,
|
|
)
|
|
.getABIEncodedTransactionData(),
|
|
});
|
|
})();
|
|
const mtxHash = getExchangeProxyMetaTransactionHash(mtx);
|
|
const mtxs = _.times(2, () => mtx);
|
|
const signatures = await Promise.all(mtxs.map(async m => signMetaTransactionAsync(m)));
|
|
const callOpts = {
|
|
gasPrice: BigNumber.max(...mtxs.map(m => m.minGasPrice)),
|
|
value: BigNumber.sum(...mtxs.map(m => m.value)),
|
|
};
|
|
const block = await env.web3Wrapper.getBlockNumberAsync();
|
|
const tx = feature.batchExecuteMetaTransactions(mtxs, signatures).callAsync(callOpts);
|
|
return expect(tx).to.revertWith(
|
|
new ZeroExRevertErrors.MetaTransactions.MetaTransactionAlreadyExecutedError(mtxHash, block),
|
|
);
|
|
});
|
|
});
|
|
|
|
describe('getMetaTransactionExecutedBlock()', () => {
|
|
it('returns zero for an unexecuted mtx', async () => {
|
|
const mtx = getRandomMetaTransaction();
|
|
const block = await feature.getMetaTransactionExecutedBlock(mtx).callAsync();
|
|
expect(block).to.bignumber.eq(0);
|
|
});
|
|
|
|
it('returns the block it was executed in', async () => {
|
|
const args = getRandomTransformERC20Args();
|
|
const mtx = getRandomMetaTransaction({
|
|
callData: transformERC20Feature
|
|
.transformERC20(
|
|
args.inputToken,
|
|
args.outputToken,
|
|
args.inputTokenAmount,
|
|
args.minOutputTokenAmount,
|
|
args.transformations,
|
|
)
|
|
.getABIEncodedTransactionData(),
|
|
});
|
|
const signature = await signMetaTransactionAsync(mtx);
|
|
const callOpts = {
|
|
gasPrice: mtx.minGasPrice,
|
|
value: mtx.value,
|
|
};
|
|
const receipt = await feature.executeMetaTransaction(mtx, signature).awaitTransactionSuccessAsync(callOpts);
|
|
const block = await feature.getMetaTransactionExecutedBlock(mtx).callAsync();
|
|
expect(block).to.bignumber.eq(receipt.blockNumber);
|
|
});
|
|
});
|
|
|
|
describe('getMetaTransactionHashExecutedBlock()', () => {
|
|
it('returns zero for an unexecuted mtx', async () => {
|
|
const mtx = getRandomMetaTransaction();
|
|
const mtxHash = getExchangeProxyMetaTransactionHash(mtx);
|
|
const block = await feature.getMetaTransactionHashExecutedBlock(mtxHash).callAsync();
|
|
expect(block).to.bignumber.eq(0);
|
|
});
|
|
|
|
it('returns the block it was executed in', async () => {
|
|
const args = getRandomTransformERC20Args();
|
|
const mtx = getRandomMetaTransaction({
|
|
callData: transformERC20Feature
|
|
.transformERC20(
|
|
args.inputToken,
|
|
args.outputToken,
|
|
args.inputTokenAmount,
|
|
args.minOutputTokenAmount,
|
|
args.transformations,
|
|
)
|
|
.getABIEncodedTransactionData(),
|
|
});
|
|
const signature = await signMetaTransactionAsync(mtx);
|
|
const callOpts = {
|
|
gasPrice: mtx.minGasPrice,
|
|
value: mtx.value,
|
|
};
|
|
const receipt = await feature.executeMetaTransaction(mtx, signature).awaitTransactionSuccessAsync(callOpts);
|
|
const mtxHash = getExchangeProxyMetaTransactionHash(mtx);
|
|
const block = await feature.getMetaTransactionHashExecutedBlock(mtxHash).callAsync();
|
|
expect(block).to.bignumber.eq(receipt.blockNumber);
|
|
});
|
|
});
|
|
});
|