aave-protocol-v2/helpers/uniswap-contracts-deployments.ts

import { Contract } from 'ethers';
import { DRE } from './misc-utils';
import {
  tEthereumAddress,
  eContractid,
  tStringTokenSmallUnits,
  AavePools,
  TokenContractId,
  iMultiPoolsAssets,
  IReserveParams,
  PoolConfiguration,
  eEthereumNetwork,
} from './types';

import { MintableERC20 } from '../types/MintableERC20';
import { MockContract } from 'ethereum-waffle';
import { getReservesConfigByPool } from './configuration';
import { getFirstSigner } from './contracts-getters';
import { ZERO_ADDRESS } from './constants';
import {
  AaveProtocolDataProviderFactory,
  ATokenFactory,
  ATokensAndRatesHelperFactory,
  AaveOracleFactory,
  DefaultReserveInterestRateStrategyFactory,
  DelegationAwareATokenFactory,
  InitializableAdminUpgradeabilityProxyFactory,
  LendingPoolAddressesProviderFactory,
  LendingPoolAddressesProviderRegistryFactory,
  LendingPoolCollateralManagerFactory,
  LendingPoolConfiguratorFactory,
  LendingPoolFactory,
  LendingRateOracleFactory,
  MintableDelegationERC20Factory,
  MintableERC20Factory,
  MockAggregatorFactory,
  MockATokenFactory,
  MockFlashLoanReceiverFactory,
  MockStableDebtTokenFactory,
  MockVariableDebtTokenFactory,
  PriceOracleFactory,
  ReserveLogicFactory,
  SelfdestructTransferFactory,
  StableDebtTokenFactory,
  VariableDebtTokenFactory,
  WalletBalanceProviderFactory,
  WETH9MockedFactory,
  WETHGatewayFactory,
} from '../types';
import {
  withSaveAndVerify,
  registerContractInJsonDb,
  linkBytecode,
  insertContractAddressInDb,
} from './contracts-helpers';
import { StableAndVariableTokensHelperFactory } from '../types/StableAndVariableTokensHelperFactory';
import { MintableDelegationERC20 } from '../types/MintableDelegationERC20';
import { readArtifact as buidlerReadArtifact } from '@nomiclabs/buidler/plugins';
import { HardhatRuntimeEnvironment } from 'hardhat/types';
import { LendingPoolLibraryAddresses } from '../types/LendingPoolFactory';

const readArtifact = async (id: string) => {
  if (DRE.network.name === eEthereumNetwork.buidlerevm) {
    return buidlerReadArtifact(DRE.config.paths.artifacts, id);
  }
  return (DRE as HardhatRuntimeEnvironment).artifacts.readArtifact(id);
};

export const deployUniswapLendingPoolAddressesProvider = async (marketId: string, verify?: boolean) =>
  withSaveAndVerify(
    await new LendingPoolAddressesProviderFactory(await getFirstSigner()).deploy(marketId),
    eContractid.UniswapLendingPoolAddressesProvider,
    [marketId],
    verify
  );

export const deployUniswapLendingPoolConfigurator = async (verify?: boolean) => {
  const lendingPoolConfiguratorImpl = await new LendingPoolConfiguratorFactory(
    await getFirstSigner()
  ).deploy();
  await insertContractAddressInDb(
    eContractid.UniswapLendingPoolConfiguratorImpl,
    lendingPoolConfiguratorImpl.address
  );
  return withSaveAndVerify(
    lendingPoolConfiguratorImpl,
    eContractid.UniswapLendingPoolConfigurator,
    [],
    verify
  );
};

export const deployUniswapLendingPool = async (verify?: boolean) => {
  const libraries = await deployAaveLibraries(verify);
  const lendingPoolImpl = await new LendingPoolFactory(libraries, await getFirstSigner()).deploy();
  await insertContractAddressInDb(eContractid.UniswapLendingPoolImpl, lendingPoolImpl.address);
  return withSaveAndVerify(lendingPoolImpl, eContractid.LendingPool, [], verify);
};

export const deployReserveLogicLibrary = async (verify?: boolean) =>
  withSaveAndVerify(
    await new ReserveLogicFactory(await getFirstSigner()).deploy(),
    eContractid.ReserveLogic,
    [],
    verify
  );

export const deployGenericLogic = async (reserveLogic: Contract, verify?: boolean) => {
  const genericLogicArtifact = await readArtifact(eContractid.GenericLogic);

  const linkedGenericLogicByteCode = linkBytecode(genericLogicArtifact, {
    [eContractid.ReserveLogic]: reserveLogic.address,
  });

  const genericLogicFactory = await DRE.ethers.getContractFactory(
    genericLogicArtifact.abi,
    linkedGenericLogicByteCode
  );

  const genericLogic = await (await genericLogicFactory.deploy()).deployed();
  return withSaveAndVerify(genericLogic, eContractid.GenericLogic, [], verify);
};

export const deployValidationLogic = async (
  reserveLogic: Contract,
  genericLogic: Contract,
  verify?: boolean
) => {
  const validationLogicArtifact = await readArtifact(eContractid.ValidationLogic);

  const linkedValidationLogicByteCode = linkBytecode(validationLogicArtifact, {
    [eContractid.ReserveLogic]: reserveLogic.address,
    [eContractid.GenericLogic]: genericLogic.address,
  });

  const validationLogicFactory = await DRE.ethers.getContractFactory(
    validationLogicArtifact.abi,
    linkedValidationLogicByteCode
  );

  const validationLogic = await (await validationLogicFactory.deploy()).deployed();

  return withSaveAndVerify(validationLogic, eContractid.ValidationLogic, [], verify);
};

export const deployAaveLibraries = async (
  verify?: boolean
): Promise<LendingPoolLibraryAddresses> => {
  const reserveLogic = await deployReserveLogicLibrary(verify);
  const genericLogic = await deployGenericLogic(reserveLogic, verify);
  const validationLogic = await deployValidationLogic(reserveLogic, genericLogic, verify);

  // Hardcoded solidity placeholders, if any library changes path this will fail.
  // The '__$PLACEHOLDER$__ can be calculated via solidity keccak, but the LendingPoolLibraryAddresses Type seems to
  // require a hardcoded string.
  //
  //  how-to:
  //  1. PLACEHOLDER = solidityKeccak256(['string'], `${libPath}:${libName}`).slice(2, 36)
  //  2. LIB_PLACEHOLDER = `__$${PLACEHOLDER}$__`
  // or grab placeholdes from LendingPoolLibraryAddresses at Typechain generation.
  //
  // libPath example: contracts/libraries/logic/GenericLogic.sol
  // libName example: GenericLogic
  return {
    ['__$de8c0cf1a7d7c36c802af9a64fb9d86036$__']: validationLogic.address,
    ['__$22cd43a9dda9ce44e9b92ba393b88fb9ac$__']: reserveLogic.address,
  };
};

export const deployUniswapPriceOracle = async (verify?: boolean) =>
  withSaveAndVerify(
    await new PriceOracleFactory(await getFirstSigner()).deploy(),
    eContractid.UniswapPriceOracle,
    [],
    verify
  );

export const deployUniswapLendingRateOracle = async (verify?: boolean) =>
  withSaveAndVerify(
    await new LendingRateOracleFactory(await getFirstSigner()).deploy(),
    eContractid.UniswapLendingRateOracle,
    [],
    verify
  );

export const deployUniswapAaveOracle = async (
  args: [tEthereumAddress[], tEthereumAddress[], tEthereumAddress, tEthereumAddress],
  verify?: boolean
) =>
  withSaveAndVerify(
    await new AaveOracleFactory(await getFirstSigner()).deploy(...args),
    eContractid.UniswapAaveOracle,
    args,
    verify
  );

export const deployUniswapLendingPoolCollateralManager = async (verify?: boolean) => {
  const collateralManagerImpl = await new LendingPoolCollateralManagerFactory(
    await getFirstSigner()
  ).deploy();
  await insertContractAddressInDb(
    eContractid.UniswapLendingPoolCollateralManagerImpl,
    collateralManagerImpl.address
  );
  return withSaveAndVerify(
    collateralManagerImpl,
    eContractid.UniswapLendingPoolCollateralManager,
    [],
    verify
  );
};

export const deployUniswapMockFlashLoanReceiver = async (
  addressesProvider: tEthereumAddress,
  verify?: boolean
) =>
  withSaveAndVerify(
    await new MockFlashLoanReceiverFactory(await getFirstSigner()).deploy(addressesProvider),
    eContractid.UniswapMockFlashLoanReceiver,
    [addressesProvider],
    verify
  );

export const deployUniswapWalletBalancerProvider = async (verify?: boolean) =>
  withSaveAndVerify(
    await new WalletBalanceProviderFactory(await getFirstSigner()).deploy(),
    eContractid.UniswapWalletBalanceProvider,
    [],
    verify
  );

export const deployUniswapWETHGateway = async (
  args: [tEthereumAddress, tEthereumAddress],
  verify?: boolean
) =>
  withSaveAndVerify(
    await new WETHGatewayFactory(await getFirstSigner()).deploy(...args),
    eContractid.UniswapWETHGateway,
    args,
    verify
  );