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07_lz_endpoint_calculations.ts
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//declare var global: any;
//import Web3 from 'web3';
//import { AbiItem } from 'web3-utils';
//import { expect, assert } from 'chai';
//import { PreTest } from './utils';
//import setup from './utils';
//import { BigNumberish, BytesLike, BigNumber, ContractFactory } from 'ethers';
//import {
// Signature,
// StrictECDSA,
// zeroAddress,
// functionHash,
// XOR,
// hexToBytes,
// stringToHex,
// buildDomainSeperator,
// randomHex,
// generateInitCode,
// generateErc20Config,
// generateErc721Config,
// LeanHardhatRuntimeEnvironment,
// getGasUsage,
//} from '../scripts/utils/helpers';
//import {
// HolographERC20Event,
// HolographERC721Event,
// HolographERC1155Event,
// ConfigureEvents,
// AllEventsEnabled,
//} from '../scripts/utils/events';
//import ChainId from '../scripts/utils/chain';
//import {
// Admin,
// CxipERC721,
// ERC20Mock,
// Holograph,
// HolographBridge,
// HolographBridgeProxy,
// Holographer,
// HolographERC20,
// HolographERC721,
// HolographFactory,
// HolographFactoryProxy,
// HolographGenesis,
// HolographRegistry,
// HolographRegistryProxy,
// HToken,
// HolographInterfaces,
// MockERC721Receiver,
// Owner,
// HolographRoyalties,
// SampleERC20,
// SampleERC721,
//} from '../typechain-types';
//import { DeploymentConfigStruct } from '../typechain-types/HolographFactory';
//
//describe('Testing LZ Endpoint costs (CHAIN1 & CHAIN2)', async function () {
// const lzReceiveABI = {
// inputs: [
// {
// internalType: 'uint16',
// name: '',
// type: 'uint16',
// },
// {
// internalType: 'bytes',
// name: '_srcAddress',
// type: 'bytes',
// },
// {
// internalType: 'uint64',
// name: '',
// type: 'uint64',
// },
// {
// internalType: 'bytes',
// name: '_payload',
// type: 'bytes',
// },
// ],
// name: 'lzReceive',
// outputs: [],
// stateMutability: 'payable',
// type: 'function',
// } as AbiItem;
// const lzReceive = function (web3: Web3, params: any[]): BytesLike {
// return chain1.web3.eth.abi.encodeFunctionCall(lzReceiveABI, params);
// };
//
// let chain1: PreTest;
// let chain2: PreTest;
//
// let totalNFTs: number = 2;
// let firstNFTchain1: BigNumber = BigNumber.from(1);
// let firstNFTchain2: BigNumber = BigNumber.from(1);
// let secondNFTchain1: BigNumber = BigNumber.from(2);
// let secondNFTchain2: BigNumber = BigNumber.from(2);
// let thirdNFTchain1: BigNumber = BigNumber.from(3);
// let thirdNFTchain2: BigNumber = BigNumber.from(3);
// let fourthNFTchain1: BigNumber = BigNumber.from(4);
// let fourthNFTchain2: BigNumber = BigNumber.from(4);
// let fifthNFTchain1: BigNumber = BigNumber.from(5);
// let fifthNFTchain2: BigNumber = BigNumber.from(5);
//
// let payloadThirdNFTchain1: BytesLike;
// let payloadThirdNFTchain2: BytesLike;
//
// const tokenURIs: string[] = [
// 'undefined',
// 'QmS9hKVbDDaBi65xLSG4Han6da49szSJ1ZuwtkBwNkGZaK/metadata.json',
// 'QmS9hKVbDDaBi65xLSG4Han6da49szSJ1ZuwtkBwNkGZaK/metadata.json',
// 'QmS9hKVbDDaBi65xLSG4Han6da49szSJ1ZuwtkBwNkGZaK/metadata.json',
// 'QmS9hKVbDDaBi65xLSG4Han6da49szSJ1ZuwtkBwNkGZaK/metadata.json',
// 'QmS9hKVbDDaBi65xLSG4Han6da49szSJ1ZuwtkBwNkGZaK/metadata.json',
// ];
//
// let gasUsage: {
// [key: string]: BigNumber;
// } = {};
//
// before(async function () {
// chain1 = await setup();
// chain2 = await setup(true);
//
// firstNFTchain2 = BigNumber.from('0x' + chain2.network.holographId.toString(16).padStart(8, '0') + '00'.repeat(28)).add(
// firstNFTchain1
// );
// secondNFTchain2 = BigNumber.from('0x' + chain2.network.holographId.toString(16).padStart(8, '0') + '00'.repeat(28)).add(
// secondNFTchain1
// );
// thirdNFTchain2 = BigNumber.from('0x' + chain2.network.holographId.toString(16).padStart(8, '0') + '00'.repeat(28)).add(
// thirdNFTchain1
// );
// fourthNFTchain2 = BigNumber.from('0x' + chain2.network.holographId.toString(16).padStart(8, '0') + '00'.repeat(28)).add(
// fourthNFTchain1
// );
// fifthNFTchain2 = BigNumber.from('0x' + chain2.network.holographId.toString(16).padStart(8, '0') + '00'.repeat(28)).add(
// fifthNFTchain1
// );
//
// gasUsage['#3 bridge from chain1'] = BigNumber.from(0);
// gasUsage['#3 bridge from chain2'] = BigNumber.from(0);
// gasUsage['#1 mint on chain1'] = BigNumber.from(0);
// gasUsage['#1 mint on chain2'] = BigNumber.from(0);
//
// payloadThirdNFTchain1 =
// functionHash('erc721in(uint32,address,address,address,uint256,bytes)') +
// generateInitCode(
// ['uint32', 'address', 'address', 'address', 'uint256', 'bytes'],
// [
// chain1.network.holographId,
// chain1.cxipErc721Holographer.address,
// chain1.deployer.address,
// chain2.deployer.address,
// thirdNFTchain1.toHexString(),
// generateInitCode(['uint8', 'string'], [1, tokenURIs[3]]),
// ]
// ).substring(2);
//
// payloadThirdNFTchain2 =
// functionHash('erc721in(uint32,address,address,address,uint256,bytes)') +
// generateInitCode(
// ['uint32', 'address', 'address', 'address', 'uint256', 'bytes'],
// [
// chain2.network.holographId,
// chain1.cxipErc721Holographer.address,
// chain2.deployer.address,
// chain1.deployer.address,
// thirdNFTchain2.toHexString(),
// generateInitCode(['uint8', 'string'], [1, tokenURIs[3]]),
// ]
// ).substring(2);
// });
//
// after(async function () {});
//
// beforeEach(async function () {});
//
// afterEach(async function () {});
//
// describe('Enable operators for chain1 and chain2', async function () {
// it('should add 100 operator wallets for each chain', async function () {
// for (let i = 0, l = 100; i < l; i++) {
// await chain1.operator.bondUtilityToken(randomHex(20), BigNumber.from('1000000000000000000'), 0);
// await chain2.operator.bondUtilityToken(randomHex(20), BigNumber.from('1000000000000000000'), 0);
// }
// await expect(chain1.operator.bondUtilityToken(randomHex(20), BigNumber.from('1000000000000000000'), 0)).to.not.be
// .reverted;
// await expect(chain2.operator.bondUtilityToken(randomHex(20), BigNumber.from('1000000000000000000'), 0)).to.not.be
// .reverted;
// });
// });
//
// describe('Deploy cross-chain contracts via bridge deploy', async function () {
// describe('CxipERC721', async function () {
// it('deploy chain1 equivalent on chain2', async function () {
// let { erc721Config, erc721ConfigHash, erc721ConfigHashBytes } = await generateErc721Config(
// chain1.network,
// chain1.deployer.address,
// 'CxipERC721Proxy',
// 'CXIP ERC721 Collection (' + chain1.hre.networkName + ')',
// 'CXIP',
// 1000,
// // AllEventsEnabled(),
// ConfigureEvents([
// HolographERC721Event.bridgeIn,
// HolographERC721Event.bridgeOut,
// HolographERC721Event.afterBurn,
// ]),
// generateInitCode(
// ['bytes32', 'address', 'bytes'],
// [
// '0x' + chain1.web3.utils.asciiToHex('CxipERC721').substring(2).padStart(64, '0'),
// chain1.registry.address,
// generateInitCode(['address'], [chain1.deployer.address]),
// ]
// ),
// chain1.salt
// );
//
// let cxipErc721Address = await chain2.registry.getHolographedHashAddress(erc721ConfigHash);
//
// expect(cxipErc721Address).to.equal(zeroAddress);
//
// cxipErc721Address = await chain1.registry.getHolographedHashAddress(erc721ConfigHash);
//
// let sig = await chain1.deployer.signMessage(erc721ConfigHashBytes);
// let signature: Signature = StrictECDSA({
// r: '0x' + sig.substring(2, 66),
// s: '0x' + sig.substring(66, 130),
// v: '0x' + sig.substring(130, 132),
// } as Signature);
//
// let payload: BytesLike =
// functionHash('deployIn(bytes)') +
// generateInitCode(
// ['bytes'],
// [
// generateInitCode(
// ['tuple(bytes32,uint32,bytes32,bytes,bytes)', 'tuple(bytes32,bytes32,uint8)', 'address'],
// [
// [
// erc721Config.contractType,
// erc721Config.chainType,
// erc721Config.salt,
// erc721Config.byteCode,
// erc721Config.initCode,
// ],
// [signature.r, signature.s, signature.v],
// chain1.deployer.address,
// ]
// ),
// ]
// ).substring(2);
//
// await expect(chain1.bridge.deployOut(chain2.network.holographId, erc721Config, signature, chain1.deployer.address))
// .to.emit(chain1.mockLZEndpoint, 'LzEvent')
// .withArgs(ChainId.hlg2lz(chain2.network.holographId), chain1.operator.address.toLowerCase(), payload);
//
// await expect(
// chain2.mockLZEndpoint
// .connect(chain2.lzEndpoint)
// .adminCall(
// chain2.operator.address,
// lzReceive(chain2.web3, [ChainId.hlg2lz(chain1.network.holographId), chain1.operator.address, 0, payload])
// )
// )
// .to.emit(chain2.operator, 'AvailableOperatorJob')
// .withArgs(chain2.web3.utils.keccak256(payload as string), payload);
//
// await expect(chain2.operator.executeJob(payload))
// .to.emit(chain2.factory, 'BridgeableContractDeployed')
// .withArgs(cxipErc721Address, erc721ConfigHash);
//
// expect(await chain2.registry.getHolographedHashAddress(erc721ConfigHash)).to.equal(cxipErc721Address);
// });
//
// it('deploy chain2 equivalent on chain1', async function () {
// let { erc721Config, erc721ConfigHash, erc721ConfigHashBytes } = await generateErc721Config(
// chain2.network,
// chain2.deployer.address,
// 'CxipERC721Proxy',
// 'CXIP ERC721 Collection (' + chain2.hre.networkName + ')',
// 'CXIP',
// 1000,
// // AllEventsEnabled(),
// ConfigureEvents([
// HolographERC721Event.bridgeIn,
// HolographERC721Event.bridgeOut,
// HolographERC721Event.afterBurn,
// ]),
// generateInitCode(
// ['bytes32', 'address', 'bytes'],
// [
// '0x' + chain2.web3.utils.asciiToHex('CxipERC721').substring(2).padStart(64, '0'),
// chain2.registry.address,
// generateInitCode(['address'], [chain2.deployer.address]),
// ]
// ),
// chain2.salt
// );
//
// let cxipErc721Address = await chain1.registry.getHolographedHashAddress(erc721ConfigHash);
//
// expect(cxipErc721Address).to.equal(zeroAddress);
//
// cxipErc721Address = await chain2.registry.getHolographedHashAddress(erc721ConfigHash);
//
// let sig = await chain2.deployer.signMessage(erc721ConfigHashBytes);
// let signature: Signature = StrictECDSA({
// r: '0x' + sig.substring(2, 66),
// s: '0x' + sig.substring(66, 130),
// v: '0x' + sig.substring(130, 132),
// } as Signature);
//
// let payload: BytesLike =
// functionHash('deployIn(bytes)') +
// generateInitCode(
// ['bytes'],
// [
// generateInitCode(
// ['tuple(bytes32,uint32,bytes32,bytes,bytes)', 'tuple(bytes32,bytes32,uint8)', 'address'],
// [
// [
// erc721Config.contractType,
// erc721Config.chainType,
// erc721Config.salt,
// erc721Config.byteCode,
// erc721Config.initCode,
// ],
// [signature.r, signature.s, signature.v],
// chain1.deployer.address,
// ]
// ),
// ]
// ).substring(2);
//
// await expect(chain2.bridge.deployOut(chain1.network.holographId, erc721Config, signature, chain2.deployer.address))
// .to.emit(chain2.mockLZEndpoint, 'LzEvent')
// .withArgs(ChainId.hlg2lz(chain1.network.holographId), chain2.operator.address.toLowerCase(), payload);
//
// await expect(
// chain1.mockLZEndpoint
// .connect(chain1.lzEndpoint)
// .adminCall(
// chain1.operator.address,
// lzReceive(chain1.web3, [ChainId.hlg2lz(chain2.network.holographId), chain2.operator.address, 0, payload])
// )
// )
// .to.emit(chain1.operator, 'AvailableOperatorJob')
// .withArgs(chain1.web3.utils.keccak256(payload as string), payload);
//
// await expect(chain1.operator.executeJob(payload))
// .to.emit(chain1.factory, 'BridgeableContractDeployed')
// .withArgs(cxipErc721Address, erc721ConfigHash);
//
// expect(await chain1.registry.getHolographedHashAddress(erc721ConfigHash)).to.equal(cxipErc721Address);
// });
// });
// });
//
// describe('CxipERC721', async function () {
// describe('check current state', async function () {
// it('chain1 should have a total supply of 0 on chain1', async function () {
// expect(await chain1.cxipErc721Enforcer.attach(chain1.cxipErc721Holographer.address).totalSupply()).to.equal(0);
// });
//
// it('chain1 should have a total supply of 0 on chain2', async function () {
// expect(await chain2.cxipErc721Enforcer.attach(chain1.cxipErc721Holographer.address).totalSupply()).to.equal(0);
// });
//
// it('chain2 should have a total supply of 0 on chain2', async function () {
// expect(await chain2.cxipErc721Enforcer.attach(chain2.cxipErc721Holographer.address).totalSupply()).to.equal(0);
// });
//
// it('chain2 should have a total supply of 0 on chain1', async function () {
// expect(await chain1.cxipErc721Enforcer.attach(chain2.cxipErc721Holographer.address).totalSupply()).to.equal(0);
// });
// });
//
// describe('validate mint functionality', async function () {
// it('chain1 should mint token #1 as #1 on chain1', async function () {
// await expect(chain1.cxipErc721.attach(chain1.cxipErc721Holographer.address).cxipMint(firstNFTchain1, 1, tokenURIs[1]))
// .to.emit(chain1.cxipErc721Enforcer.attach(chain1.cxipErc721Holographer.address), 'Transfer')
// .withArgs(zeroAddress, chain1.deployer.address, firstNFTchain1);
//
// gasUsage['#1 mint on chain1'] = gasUsage['#1 mint on chain1'].add(await getGasUsage(chain1.hre));
// });
//
// it('chain1 should mint token #1 not as #1 on chain2', async function () {
// await expect(chain2.cxipErc721.attach(chain1.cxipErc721Holographer.address).cxipMint(firstNFTchain1, 1, tokenURIs[1]))
// .to.emit(chain2.cxipErc721Enforcer.attach(chain1.cxipErc721Holographer.address), 'Transfer')
// .withArgs(zeroAddress, chain1.deployer.address, firstNFTchain2);
//
// gasUsage['#1 mint on chain2'] = gasUsage['#1 mint on chain2'].add(await getGasUsage(chain1.hre));
// });
//
// it('mint tokens #2 and #3 on chain1 and chain2', async function () {
// await expect(chain1.cxipErc721.attach(chain1.cxipErc721Holographer.address).cxipMint(secondNFTchain1, 1, tokenURIs[2]))
// .to.emit(chain1.cxipErc721Enforcer.attach(chain1.cxipErc721Holographer.address), 'Transfer')
// .withArgs(zeroAddress, chain1.deployer.address, secondNFTchain1);
//
// await expect(chain2.cxipErc721.attach(chain1.cxipErc721Holographer.address).cxipMint(secondNFTchain1, 1, tokenURIs[2]))
// .to.emit(chain2.cxipErc721Enforcer.attach(chain1.cxipErc721Holographer.address), 'Transfer')
// .withArgs(zeroAddress, chain1.deployer.address, secondNFTchain2);
//
// await expect(chain1.cxipErc721.attach(chain1.cxipErc721Holographer.address).cxipMint(thirdNFTchain1, 1, tokenURIs[3]))
// .to.emit(chain1.cxipErc721Enforcer.attach(chain1.cxipErc721Holographer.address), 'Transfer')
// .withArgs(zeroAddress, chain1.deployer.address, thirdNFTchain1);
//
// await expect(chain2.cxipErc721.attach(chain1.cxipErc721Holographer.address).cxipMint(thirdNFTchain1, 1, tokenURIs[3]))
// .to.emit(chain2.cxipErc721Enforcer.attach(chain1.cxipErc721Holographer.address), 'Transfer')
// .withArgs(zeroAddress, chain1.deployer.address, thirdNFTchain2);
// });
// });
//
// describe('validate bridge functionality', async function () {
// it('token #3 bridge out on chain1 should succeed', async function () {
// let payload: BytesLike = payloadThirdNFTchain1;
//
// await expect(
// chain1.bridge.erc721out(
// chain2.network.holographId,
// chain1.cxipErc721Holographer.address,
// chain1.deployer.address,
// chain2.deployer.address,
// thirdNFTchain1
// )
// )
// .to.emit(chain1.mockLZEndpoint, 'LzEvent')
// .withArgs(ChainId.hlg2lz(chain2.network.holographId), chain1.operator.address.toLowerCase(), payload);
//
// gasUsage['#3 bridge from chain1'] = gasUsage['#3 bridge from chain1'].add(await getGasUsage(chain1.hre));
//
// await expect(
// chain2.mockLZEndpoint
// .connect(chain2.lzEndpoint)
// .adminCall(
// chain2.operator.address,
// lzReceive(chain2.web3, [ChainId.hlg2lz(chain1.network.holographId), chain1.operator.address, 0, payload])
// )
// )
// .to.emit(chain2.operator, 'AvailableOperatorJob')
// .withArgs(chain2.web3.utils.keccak256(payload as string), payload);
//
// gasUsage['#3 bridge from chain1'] = gasUsage['#3 bridge from chain1'].add(await getGasUsage(chain2.hre));
//
// await expect(
// chain1.cxipErc721Enforcer.attach(chain1.cxipErc721Holographer.address).ownerOf(thirdNFTchain1)
// ).to.be.revertedWith('ERC721: token does not exist');
// });
//
// it('token #3 bridge out on chain2 should succeed', async function () {
// let payload: BytesLike = payloadThirdNFTchain2;
//
// await expect(
// chain2.bridge.erc721out(
// chain1.network.holographId,
// chain1.cxipErc721Holographer.address,
// chain2.deployer.address,
// chain1.deployer.address,
// thirdNFTchain2
// )
// )
// .to.emit(chain2.mockLZEndpoint, 'LzEvent')
// .withArgs(ChainId.hlg2lz(chain1.network.holographId), chain2.operator.address.toLowerCase(), payload);
//
// gasUsage['#3 bridge from chain2'] = gasUsage['#3 bridge from chain2'].add(await getGasUsage(chain2.hre));
//
// await expect(
// chain1.mockLZEndpoint
// .connect(chain1.lzEndpoint)
// .adminCall(
// chain1.operator.address,
// lzReceive(chain1.web3, [ChainId.hlg2lz(chain2.network.holographId), chain2.operator.address, 0, payload])
// )
// )
// .to.emit(chain1.operator, 'AvailableOperatorJob')
// .withArgs(chain1.web3.utils.keccak256(payload as string), payload);
//
// gasUsage['#3 bridge from chain2'] = gasUsage['#3 bridge from chain2'].add(await getGasUsage(chain1.hre));
//
// await expect(
// chain2.cxipErc721Enforcer.attach(chain1.cxipErc721Holographer.address).ownerOf(thirdNFTchain2)
// ).to.be.revertedWith('ERC721: token does not exist');
// });
//
// it('token #3 bridge in on chain2 should succeed', async function () {
// let payload: BytesLike = payloadThirdNFTchain1;
//
// await expect(chain2.operator.executeJob(payload))
// .to.emit(chain2.cxipErc721Enforcer.attach(chain1.cxipErc721Holographer.address), 'Transfer')
// .withArgs(zeroAddress, chain2.deployer.address, thirdNFTchain1.toHexString());
//
// gasUsage['#3 bridge from chain1'] = gasUsage['#3 bridge from chain1'].add(await getGasUsage(chain2.hre));
//
// expect(await chain2.cxipErc721Enforcer.attach(chain1.cxipErc721Holographer.address).ownerOf(thirdNFTchain1)).to.equal(
// chain2.deployer.address
// );
// });
//
// it('token #3 bridge in on chain1 should succeed', async function () {
// let payload: BytesLike = payloadThirdNFTchain2;
//
// await expect(chain1.operator.executeJob(payload))
// .to.emit(chain1.cxipErc721Enforcer.attach(chain1.cxipErc721Holographer.address), 'Transfer')
// .withArgs(zeroAddress, chain1.deployer.address, thirdNFTchain2.toHexString());
//
// gasUsage['#3 bridge from chain2'] = gasUsage['#3 bridge from chain2'].add(await getGasUsage(chain1.hre));
//
// expect(await chain1.cxipErc721Enforcer.attach(chain1.cxipErc721Holographer.address).ownerOf(thirdNFTchain2)).to.equal(
// chain1.deployer.address
// );
// });
// });
//
// describe('Get gas calculations', async function () {
// it('SampleERC721 #1 mint on chain1', async function () {
// process.stdout.write(' #1 mint on chain1 gas used: ' + gasUsage['#1 mint on chain1'].toString() + '\n');
// assert(!gasUsage['#1 mint on chain1'].isZero(), 'zero sum returned');
// });
//
// it('SampleERC721 #1 mint on chain2', async function () {
// process.stdout.write(' #1 mint on chain2 gas used: ' + gasUsage['#1 mint on chain2'].toString() + '\n');
// assert(!gasUsage['#1 mint on chain2'].isZero(), 'zero sum returned');
// });
//
// it('SampleERC721 #1 transfer on chain1', async function () {
// await expect(
// chain1.cxipErc721Enforcer.attach(chain1.cxipErc721Holographer.address).transfer(chain1.wallet1.address, firstNFTchain1)
// )
// .to.emit(chain1.cxipErc721Enforcer.attach(chain1.cxipErc721Holographer.address), 'Transfer')
// .withArgs(chain1.deployer.address, chain1.wallet1.address, firstNFTchain1);
//
// process.stdout.write(' #1 transfer on chain1 gas used: ' + (await getGasUsage(chain1.hre)).toString() + '\n');
// });
//
// it('SampleERC721 #1 transfer on chain2', async function () {
// await expect(
// chain2.cxipErc721Enforcer.attach(chain1.cxipErc721Holographer.address).transfer(chain2.wallet1.address, firstNFTchain2)
// )
// .to.emit(chain2.cxipErc721Enforcer.attach(chain1.cxipErc721Holographer.address), 'Transfer')
// .withArgs(chain2.deployer.address, chain2.wallet1.address, firstNFTchain2);
//
// process.stdout.write(' #1 transfer on chain2 gas used: ' + (await getGasUsage(chain2.hre)).toString() + '\n');
// });
//
// it('SampleERC721 #3 bridge from chain1', async function () {
// process.stdout.write(
// ' #3 bridge from chain1 gas used: ' + gasUsage['#3 bridge from chain1'].toString() + '\n'
// );
// assert(!gasUsage['#3 bridge from chain1'].isZero(), 'zero sum returned');
// });
//
// it('SampleERC721 #3 bridge from chain2', async function () {
// process.stdout.write(
// ' #3 bridge from chain2 gas used: ' + gasUsage['#3 bridge from chain2'].toString() + '\n'
// );
// assert(!gasUsage['#3 bridge from chain2'].isZero(), 'zero sum returned');
// });
// });
//
// describe('Calculate LayerZero gas usage', async function () {
// it('chain1 erc721in cost 1', async function () {
// let payload: BytesLike =
// functionHash('erc721in(uint32,address,address,address,uint256,bytes)') +
// generateInitCode(
// ['uint32', 'address', 'address', 'address', 'uint256', 'bytes'],
// [
// chain1.network.holographId,
// chain1.cxipErc721Holographer.address,
// chain1.deployer.address,
// chain2.deployer.address,
// firstNFTchain1.toHexString(),
// generateInitCode(['uint8', 'string'], [1, tokenURIs[1]]),
// ]
// ).substring(2);
//
// await expect(
// chain2.mockLZEndpoint
// .connect(chain2.lzEndpoint)
// .adminCall(
// chain2.operator.address,
// lzReceive(chain2.web3, [ChainId.hlg2lz(chain1.network.holographId), chain1.operator.address, 0, payload])
// )
// )
// .to.emit(chain2.operator, 'AvailableOperatorJob')
// .withArgs(chain2.web3.utils.keccak256(payload as string), payload);
//
// await getGasUsage(chain2.hre, 'erc721in available job', true);
// });
//
// it('chain1 erc721in cost 2', async function () {
// let payload: BytesLike =
// functionHash('erc721in(uint32,address,address,address,uint256,bytes)') +
// generateInitCode(
// ['uint32', 'address', 'address', 'address', 'uint256', 'bytes'],
// [
// chain1.network.holographId,
// chain1.cxipErc721Holographer.address,
// chain1.deployer.address,
// chain2.deployer.address,
// secondNFTchain1.toHexString(),
// generateInitCode(['uint8', 'string'], [1, tokenURIs[2]]),
// ]
// ).substring(2);
//
// await expect(
// chain2.mockLZEndpoint
// .connect(chain2.lzEndpoint)
// .adminCall(
// chain2.operator.address,
// lzReceive(chain2.web3, [ChainId.hlg2lz(chain1.network.holographId), chain1.operator.address, 0, payload])
// )
// )
// .to.emit(chain2.operator, 'AvailableOperatorJob')
// .withArgs(chain2.web3.utils.keccak256(payload as string), payload);
//
// await getGasUsage(chain2.hre, 'erc721in available job', true);
// });
//
// it('chain1 erc721in cost 3', async function () {
// let payload: BytesLike =
// functionHash('erc721in(uint32,address,address,address,uint256,bytes)') +
// generateInitCode(
// ['uint32', 'address', 'address', 'address', 'uint256', 'bytes'],
// [
// chain1.network.holographId,
// chain1.cxipErc721Holographer.address,
// chain1.deployer.address,
// chain2.deployer.address,
// thirdNFTchain1.toHexString(),
// generateInitCode(['uint8', 'string'], [1, tokenURIs[3]]),
// ]
// ).substring(2);
//
// await expect(
// chain2.mockLZEndpoint
// .connect(chain2.lzEndpoint)
// .adminCall(
// chain2.operator.address,
// lzReceive(chain2.web3, [ChainId.hlg2lz(chain1.network.holographId), chain1.operator.address, 0, payload])
// )
// )
// .to.emit(chain2.operator, 'AvailableOperatorJob')
// .withArgs(chain2.web3.utils.keccak256(payload as string), payload);
//
// await getGasUsage(chain2.hre, 'erc721in available job', true);
// });
//
// it('chain1 erc721in cost 4', async function () {
// let payload: BytesLike =
// functionHash('erc721in(uint32,address,address,address,uint256,bytes)') +
// generateInitCode(
// ['uint32', 'address', 'address', 'address', 'uint256', 'bytes'],
// [
// chain1.network.holographId,
// chain1.cxipErc721Holographer.address,
// chain1.deployer.address,
// chain2.deployer.address,
// fourthNFTchain1.toHexString(),
// generateInitCode(['uint8', 'string'], [1, tokenURIs[4]]),
// ]
// ).substring(2);
//
// await expect(
// chain2.mockLZEndpoint
// .connect(chain2.lzEndpoint)
// .adminCall(
// chain2.operator.address,
// lzReceive(chain2.web3, [ChainId.hlg2lz(chain1.network.holographId), chain1.operator.address, 0, payload])
// )
// )
// .to.emit(chain2.operator, 'AvailableOperatorJob')
// .withArgs(chain2.web3.utils.keccak256(payload as string), payload);
//
// await getGasUsage(chain2.hre, 'erc721in available job', true);
// });
//
// it('chain1 erc721in cost 5', async function () {
// let payload: BytesLike =
// functionHash('erc721in(uint32,address,address,address,uint256,bytes)') +
// generateInitCode(
// ['uint32', 'address', 'address', 'address', 'uint256', 'bytes'],
// [
// chain1.network.holographId,
// chain1.cxipErc721Holographer.address,
// chain1.deployer.address,
// chain2.deployer.address,
// fifthNFTchain1.toHexString(),
// generateInitCode(['uint8', 'string'], [1, tokenURIs[5]]),
// ]
// ).substring(2);
//
// await expect(
// chain2.mockLZEndpoint
// .connect(chain2.lzEndpoint)
// .adminCall(
// chain2.operator.address,
// lzReceive(chain2.web3, [ChainId.hlg2lz(chain1.network.holographId), chain1.operator.address, 0, payload])
// )
// )
// .to.emit(chain2.operator, 'AvailableOperatorJob')
// .withArgs(chain2.web3.utils.keccak256(payload as string), payload);
//
// await getGasUsage(chain2.hre, 'erc721in available job', true);
// });
//
// it('chain2 erc721in cost 1', async function () {
// let payload: BytesLike = randomHex(4) + randomHex(32, false);
//
// await expect(
// chain2.mockLZEndpoint
// .connect(chain2.lzEndpoint)
// .adminCall(
// chain2.operator.address,
// lzReceive(chain2.web3, [ChainId.hlg2lz(chain1.network.holographId), chain1.operator.address, 0, payload])
// )
// )
// .to.emit(chain2.operator, 'AvailableOperatorJob')
// .withArgs(chain2.web3.utils.keccak256(payload as string), payload);
//
// process.stdout.write(
// '\n' +
// 'Expecting ' +
// (52000 + (((payload as string).length - 2) / 2) * 25).toString() +
// ' of gas to be used' +
// '\n'
// );
// await getGasUsage(chain2.hre, 'erc721in available job', true);
// });
//
// it('chain2 erc721in cost 2', async function () {
// let payload: BytesLike = randomHex(4) + randomHex(64, false);
//
// await expect(
// chain2.mockLZEndpoint
// .connect(chain2.lzEndpoint)
// .adminCall(
// chain2.operator.address,
// lzReceive(chain2.web3, [ChainId.hlg2lz(chain1.network.holographId), chain1.operator.address, 0, payload])
// )
// )
// .to.emit(chain2.operator, 'AvailableOperatorJob')
// .withArgs(chain2.web3.utils.keccak256(payload as string), payload);
//
// process.stdout.write(
// '\n' +
// 'Expecting ' +
// (52000 + (((payload as string).length - 2) / 2) * 25).toString() +
// ' of gas to be used' +
// '\n'
// );
// await getGasUsage(chain2.hre, 'erc721in available job', true);
// });
//
// it('chain2 erc721in cost 3', async function () {
// let payload: BytesLike = randomHex(4) + randomHex(128, false);
//
// await expect(
// chain2.mockLZEndpoint
// .connect(chain2.lzEndpoint)
// .adminCall(
// chain2.operator.address,
// lzReceive(chain2.web3, [ChainId.hlg2lz(chain1.network.holographId), chain1.operator.address, 0, payload])
// )
// )
// .to.emit(chain2.operator, 'AvailableOperatorJob')
// .withArgs(chain2.web3.utils.keccak256(payload as string), payload);
//
// process.stdout.write(
// '\n' +
// 'Expecting ' +
// (52000 + (((payload as string).length - 2) / 2) * 25).toString() +
// ' of gas to be used' +
// '\n'
// );
// await getGasUsage(chain2.hre, 'erc721in available job', true);
// });
//
// it('chain2 erc721in cost 4', async function () {
// let payload: BytesLike = randomHex(4) + randomHex(256, false);
//
// await expect(
// chain2.mockLZEndpoint
// .connect(chain2.lzEndpoint)
// .adminCall(
// chain2.operator.address,
// lzReceive(chain2.web3, [ChainId.hlg2lz(chain1.network.holographId), chain1.operator.address, 0, payload])
// )
// )
// .to.emit(chain2.operator, 'AvailableOperatorJob')
// .withArgs(chain2.web3.utils.keccak256(payload as string), payload);
//
// process.stdout.write(
// '\n' +
// 'Expecting ' +
// (52000 + (((payload as string).length - 2) / 2) * 25).toString() +
// ' of gas to be used' +
// '\n'
// );
// await getGasUsage(chain2.hre, 'erc721in available job', true);
// });
//
// it('chain2 erc721in cost 5', async function () {
// let payload: BytesLike = randomHex(4) + randomHex(1024, false);
//
// await expect(
// chain2.mockLZEndpoint
// .connect(chain2.lzEndpoint)
// .adminCall(
// chain2.operator.address,
// lzReceive(chain2.web3, [ChainId.hlg2lz(chain1.network.holographId), chain1.operator.address, 0, payload])
// )
// )
// .to.emit(chain2.operator, 'AvailableOperatorJob')
// .withArgs(chain2.web3.utils.keccak256(payload as string), payload);
//
// process.stdout.write(
// '\n' +
// 'Expecting ' +
// (52000 + (((payload as string).length - 2) / 2) * 25).toString() +
// ' of gas to be used' +
// '\n'
// );
// await getGasUsage(chain2.hre, 'erc721in available job', true);
// });
// });
// });
//});