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Contract Name:
CCollateralCapErc20Delegate
Compiler Version
v0.5.17+commit.d19bba13
Contract Source Code (Solidity Standard Json-Input format)
pragma solidity ^0.5.16; import "./CCollateralCapErc20.sol"; /** * @title Cream's CCollateralCapErc20Delegate Contract * @notice CTokens which wrap an EIP-20 underlying and are delegated to * @author Cream */ contract CCollateralCapErc20Delegate is CCollateralCapErc20 { /** * @notice Construct an empty delegate */ constructor() public {} /** * @notice Called by the delegator on a delegate to initialize it for duty * @param data The encoded bytes data for any initialization */ function _becomeImplementation(bytes memory data) public { // Shh -- currently unused data; // Shh -- we don't ever want this hook to be marked pure if (false) { implementation = address(0); } require(msg.sender == admin, "only the admin may call _becomeImplementation"); // Set internal cash when becoming implementation internalCash = getCashOnChain(); // Set CToken version in comptroller ComptrollerInterfaceExtension(address(comptroller)).updateCTokenVersion( address(this), ComptrollerV1Storage.Version.COLLATERALCAP ); } /** * @notice Called by the delegator on a delegate to forfeit its responsibility */ function _resignImplementation() public { // Shh -- we don't ever want this hook to be marked pure if (false) { implementation = address(0); } require(msg.sender == admin, "only the admin may call _resignImplementation"); } }
pragma solidity ^0.5.16; import "./CToken.sol"; import "./ERC3156FlashLenderInterface.sol"; import "./ERC3156FlashBorrowerInterface.sol"; /** * @title Cream's CCollateralCapErc20 Contract * @notice CTokens which wrap an EIP-20 underlying with collateral cap * @author Cream */ contract CCollateralCapErc20 is CToken, CCollateralCapErc20Interface { /** * @notice Initialize the new money market * @param underlying_ The address of the underlying asset * @param comptroller_ The address of the Comptroller * @param interestRateModel_ The address of the interest rate model * @param initialExchangeRateMantissa_ The initial exchange rate, scaled by 1e18 * @param name_ ERC-20 name of this token * @param symbol_ ERC-20 symbol of this token * @param decimals_ ERC-20 decimal precision of this token */ function initialize( address underlying_, ComptrollerInterface comptroller_, InterestRateModel interestRateModel_, uint256 initialExchangeRateMantissa_, string memory name_, string memory symbol_, uint8 decimals_ ) public { // CToken initialize does the bulk of the work super.initialize(comptroller_, interestRateModel_, initialExchangeRateMantissa_, name_, symbol_, decimals_); // Set underlying and sanity check it underlying = underlying_; EIP20Interface(underlying).totalSupply(); } /*** User Interface ***/ /** * @notice Sender supplies assets into the market and receives cTokens in exchange * @dev Accrues interest whether or not the operation succeeds, unless reverted * @param mintAmount The amount of the underlying asset to supply * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function mint(uint256 mintAmount) external returns (uint256) { (uint256 err, ) = mintInternal(mintAmount, false); return err; } /** * @notice Sender redeems cTokens in exchange for the underlying asset * @dev Accrues interest whether or not the operation succeeds, unless reverted * @param redeemTokens The number of cTokens to redeem into underlying * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function redeem(uint256 redeemTokens) external returns (uint256) { return redeemInternal(redeemTokens, false); } /** * @notice Sender redeems cTokens in exchange for a specified amount of underlying asset * @dev Accrues interest whether or not the operation succeeds, unless reverted * @param redeemAmount The amount of underlying to redeem * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function redeemUnderlying(uint256 redeemAmount) external returns (uint256) { return redeemUnderlyingInternal(redeemAmount, false); } /** * @notice Sender borrows assets from the protocol to their own address * @param borrowAmount The amount of the underlying asset to borrow * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function borrow(uint256 borrowAmount) external returns (uint256) { return borrowInternal(borrowAmount, false); } /** * @notice Sender repays their own borrow * @param repayAmount The amount to repay * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function repayBorrow(uint256 repayAmount) external returns (uint256) { (uint256 err, ) = repayBorrowInternal(repayAmount, false); return err; } /** * @notice The sender liquidates the borrowers collateral. * The collateral seized is transferred to the liquidator. * @param borrower The borrower of this cToken to be liquidated * @param repayAmount The amount of the underlying borrowed asset to repay * @param cTokenCollateral The market in which to seize collateral from the borrower * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function liquidateBorrow( address borrower, uint256 repayAmount, CTokenInterface cTokenCollateral ) external returns (uint256) { (uint256 err, ) = liquidateBorrowInternal(borrower, repayAmount, cTokenCollateral, false); return err; } /** * @notice The sender adds to reserves. * @param addAmount The amount fo underlying token to add as reserves * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function _addReserves(uint256 addAmount) external returns (uint256) { return _addReservesInternal(addAmount, false); } /** * @notice Set the given collateral cap for the market. * @param newCollateralCap New collateral cap for this market. A value of 0 corresponds to no cap. */ function _setCollateralCap(uint256 newCollateralCap) external { require(msg.sender == admin, "only admin can set collateral cap"); collateralCap = newCollateralCap; emit NewCollateralCap(address(this), newCollateralCap); } /** * @notice Absorb excess cash into reserves. */ function gulp() external nonReentrant { uint256 cashOnChain = getCashOnChain(); uint256 cashPrior = getCashPrior(); uint256 excessCash = sub_(cashOnChain, cashPrior); totalReserves = add_(totalReserves, excessCash); internalCash = cashOnChain; } /** * @notice Get the max flash loan amount */ function maxFlashLoan() external view returns (uint256) { uint256 amount = 0; if ( ComptrollerInterfaceExtension(address(comptroller)).flashloanAllowed(address(this), address(0), amount, "") ) { amount = getCashPrior(); } return amount; } /** * @notice Get the flash loan fees * @param amount amount of token to borrow */ function flashFee(uint256 amount) external view returns (uint256) { require( ComptrollerInterfaceExtension(address(comptroller)).flashloanAllowed(address(this), address(0), amount, ""), "flashloan is paused" ); return div_(mul_(amount, flashFeeBips), 10000); } /** * @notice Flash loan funds to a given account. * @param receiver The receiver address for the funds * @param initiator flash loan initiator * @param amount The amount of the funds to be loaned * @param data The other data * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function flashLoan( ERC3156FlashBorrowerInterface receiver, address initiator, uint256 amount, bytes calldata data ) external nonReentrant returns (bool) { require(amount > 0, "flashLoan amount should be greater than zero"); require(accrueInterest() == uint256(Error.NO_ERROR), "accrue interest failed"); require( ComptrollerInterfaceExtension(address(comptroller)).flashloanAllowed( address(this), address(receiver), amount, data ), "flashloan is paused" ); uint256 cashOnChainBefore = getCashOnChain(); uint256 cashBefore = getCashPrior(); require(cashBefore >= amount, "INSUFFICIENT_LIQUIDITY"); // 1. calculate fee, 1 bips = 1/10000 uint256 totalFee = this.flashFee(amount); // 2. transfer fund to receiver doTransferOut(address(uint160(address(receiver))), amount, false); // 3. update totalBorrows totalBorrows = add_(totalBorrows, amount); // 4. execute receiver's callback function require( receiver.onFlashLoan(initiator, underlying, amount, totalFee, data) == keccak256("ERC3156FlashBorrowerInterface.onFlashLoan"), "IERC3156: Callback failed" ); // 5. take amount + fee from receiver, then check balance uint256 repaymentAmount = add_(amount, totalFee); doTransferIn(address(receiver), repaymentAmount, false); uint256 cashOnChainAfter = getCashOnChain(); require(cashOnChainAfter == add_(cashOnChainBefore, totalFee), "BALANCE_INCONSISTENT"); // 6. update reserves and internal cash and totalBorrows uint256 reservesFee = mul_ScalarTruncate(Exp({mantissa: reserveFactorMantissa}), totalFee); totalReserves = add_(totalReserves, reservesFee); internalCash = add_(cashBefore, totalFee); totalBorrows = sub_(totalBorrows, amount); emit Flashloan(address(receiver), amount, totalFee, reservesFee); return true; } /** * @notice Register account collateral tokens if there is space. * @param account The account to register * @dev This function could only be called by comptroller. * @return The actual registered amount of collateral */ function registerCollateral(address account) external returns (uint256) { // Make sure accountCollateralTokens of `account` is initialized. initializeAccountCollateralTokens(account); require(msg.sender == address(comptroller), "only comptroller may register collateral for user"); uint256 amount = sub_(accountTokens[account], accountCollateralTokens[account]); return increaseUserCollateralInternal(account, amount); } /** * @notice Unregister account collateral tokens if the account still has enough collateral. * @dev This function could only be called by comptroller. * @param account The account to unregister */ function unregisterCollateral(address account) external { // Make sure accountCollateralTokens of `account` is initialized. initializeAccountCollateralTokens(account); require(msg.sender == address(comptroller), "only comptroller may unregister collateral for user"); decreaseUserCollateralInternal(account, accountCollateralTokens[account]); } /*** Safe Token ***/ /** * @notice Gets internal balance of this contract in terms of the underlying. * It excludes balance from direct transfer. * @dev This excludes the value of the current message, if any * @return The quantity of underlying tokens owned by this contract */ function getCashPrior() internal view returns (uint256) { return internalCash; } /** * @notice Gets total balance of this contract in terms of the underlying * @dev This excludes the value of the current message, if any * @return The quantity of underlying tokens owned by this contract */ function getCashOnChain() internal view returns (uint256) { EIP20Interface token = EIP20Interface(underlying); return token.balanceOf(address(this)); } /** * @notice Initialize the account's collateral tokens. This function should be called in the beginning of every function * that accesses accountCollateralTokens or accountTokens. * @param account The account of accountCollateralTokens that needs to be updated */ function initializeAccountCollateralTokens(address account) internal { /** * If isCollateralTokenInit is false, it means accountCollateralTokens was not initialized yet. * This case will only happen once and must be the very beginning. accountCollateralTokens is a new structure and its * initial value should be equal to accountTokens if user has entered the market. However, it's almost impossible to * check every user's value when the implementation becomes active. Therefore, it must rely on every action which will * access accountTokens to call this function to check if accountCollateralTokens needed to be initialized. */ if (!isCollateralTokenInit[account]) { if (ComptrollerInterfaceExtension(address(comptroller)).checkMembership(account, CToken(this))) { accountCollateralTokens[account] = accountTokens[account]; totalCollateralTokens = add_(totalCollateralTokens, accountTokens[account]); emit UserCollateralChanged(account, accountCollateralTokens[account]); } isCollateralTokenInit[account] = true; } } /** * @dev Similar to EIP20 transfer, except it handles a False result from `transferFrom` and reverts in that case. * This will revert due to insufficient balance or insufficient allowance. * This function returns the actual amount received, * which may be less than `amount` if there is a fee attached to the transfer. * * Note: This wrapper safely handles non-standard ERC-20 tokens that do not return a value. * See here: https://medium.com/coinmonks/missing-return-value-bug-at-least-130-tokens-affected-d67bf08521ca */ function doTransferIn( address from, uint256 amount, bool isNative ) internal returns (uint256) { isNative; // unused EIP20NonStandardInterface token = EIP20NonStandardInterface(underlying); uint256 balanceBefore = EIP20Interface(underlying).balanceOf(address(this)); token.transferFrom(from, address(this), amount); bool success; assembly { switch returndatasize() case 0 { // This is a non-standard ERC-20 success := not(0) // set success to true } case 32 { // This is a compliant ERC-20 returndatacopy(0, 0, 32) success := mload(0) // Set `success = returndata` of external call } default { // This is an excessively non-compliant ERC-20, revert. revert(0, 0) } } require(success, "TOKEN_TRANSFER_IN_FAILED"); // Calculate the amount that was *actually* transferred uint256 balanceAfter = EIP20Interface(underlying).balanceOf(address(this)); uint256 transferredIn = sub_(balanceAfter, balanceBefore); internalCash = add_(internalCash, transferredIn); return transferredIn; } /** * @dev Similar to EIP20 transfer, except it handles a False success from `transfer` and returns an explanatory * error code rather than reverting. If caller has not called checked protocol's balance, this may revert due to * insufficient cash held in this contract. If caller has checked protocol's balance prior to this call, and verified * it is >= amount, this should not revert in normal conditions. * * Note: This wrapper safely handles non-standard ERC-20 tokens that do not return a value. * See here: https://medium.com/coinmonks/missing-return-value-bug-at-least-130-tokens-affected-d67bf08521ca */ function doTransferOut( address payable to, uint256 amount, bool isNative ) internal { isNative; // unused EIP20NonStandardInterface token = EIP20NonStandardInterface(underlying); token.transfer(to, amount); bool success; assembly { switch returndatasize() case 0 { // This is a non-standard ERC-20 success := not(0) // set success to true } case 32 { // This is a complaint ERC-20 returndatacopy(0, 0, 32) success := mload(0) // Set `success = returndata` of external call } default { // This is an excessively non-compliant ERC-20, revert. revert(0, 0) } } require(success, "TOKEN_TRANSFER_OUT_FAILED"); internalCash = sub_(internalCash, amount); } /** * @notice Transfer `tokens` tokens from `src` to `dst` by `spender` * @dev Called by both `transfer` and `transferFrom` internally * @param spender The address of the account performing the transfer * @param src The address of the source account * @param dst The address of the destination account * @param tokens The number of tokens to transfer * @return Whether or not the transfer succeeded */ function transferTokens( address spender, address src, address dst, uint256 tokens ) internal returns (uint256) { // Make sure accountCollateralTokens of `src` and `dst` are initialized. initializeAccountCollateralTokens(src); initializeAccountCollateralTokens(dst); /** * For every user, accountTokens must be greater than or equal to accountCollateralTokens. * The buffer between the two values will be transferred first. * bufferTokens = accountTokens[src] - accountCollateralTokens[src] * collateralTokens = tokens - bufferTokens */ uint256 bufferTokens = sub_(accountTokens[src], accountCollateralTokens[src]); uint256 collateralTokens = 0; if (tokens > bufferTokens) { collateralTokens = tokens - bufferTokens; } /** * Since bufferTokens are not collateralized and can be transferred freely, we only check with comptroller * whether collateralized tokens can be transferred. */ uint256 allowed = comptroller.transferAllowed(address(this), src, dst, collateralTokens); if (allowed != 0) { return failOpaque(Error.COMPTROLLER_REJECTION, FailureInfo.TRANSFER_COMPTROLLER_REJECTION, allowed); } /* Do not allow self-transfers */ if (src == dst) { return fail(Error.BAD_INPUT, FailureInfo.TRANSFER_NOT_ALLOWED); } /* Get the allowance, infinite for the account owner */ uint256 startingAllowance = 0; if (spender == src) { startingAllowance = uint256(-1); } else { startingAllowance = transferAllowances[src][spender]; } /* Do the calculations, checking for {under,over}flow */ accountTokens[src] = sub_(accountTokens[src], tokens); accountTokens[dst] = add_(accountTokens[dst], tokens); if (collateralTokens > 0) { accountCollateralTokens[src] = sub_(accountCollateralTokens[src], collateralTokens); accountCollateralTokens[dst] = add_(accountCollateralTokens[dst], collateralTokens); emit UserCollateralChanged(src, accountCollateralTokens[src]); emit UserCollateralChanged(dst, accountCollateralTokens[dst]); } /* Eat some of the allowance (if necessary) */ if (startingAllowance != uint256(-1)) { transferAllowances[src][spender] = sub_(startingAllowance, tokens); } /* We emit a Transfer event */ emit Transfer(src, dst, tokens); // unused function // comptroller.transferVerify(address(this), src, dst, tokens); return uint256(Error.NO_ERROR); } /** * @notice Get the account's cToken balances * @param account The address of the account */ function getCTokenBalanceInternal(address account) internal view returns (uint256) { if (isCollateralTokenInit[account]) { return accountCollateralTokens[account]; } else { /** * If the value of accountCollateralTokens was not initialized, we should return the value of accountTokens. */ return accountTokens[account]; } } /** * @notice Increase user's collateral. Increase as much as we can. * @param account The address of the account * @param amount The amount of collateral user wants to increase * @return The actual increased amount of collateral */ function increaseUserCollateralInternal(address account, uint256 amount) internal returns (uint256) { uint256 totalCollateralTokensNew = add_(totalCollateralTokens, amount); if (collateralCap == 0 || (collateralCap != 0 && totalCollateralTokensNew <= collateralCap)) { // 1. If collateral cap is not set, // 2. If collateral cap is set but has enough space for this user, // give all the user needs. totalCollateralTokens = totalCollateralTokensNew; accountCollateralTokens[account] = add_(accountCollateralTokens[account], amount); emit UserCollateralChanged(account, accountCollateralTokens[account]); return amount; } else if (collateralCap > totalCollateralTokens) { // If the collateral cap is set but the remaining cap is not enough for this user, // give the remaining parts to the user. uint256 gap = sub_(collateralCap, totalCollateralTokens); totalCollateralTokens = add_(totalCollateralTokens, gap); accountCollateralTokens[account] = add_(accountCollateralTokens[account], gap); emit UserCollateralChanged(account, accountCollateralTokens[account]); return gap; } return 0; } /** * @notice Decrease user's collateral. Reject if the amount can't be fully decrease. * @param account The address of the account * @param amount The amount of collateral user wants to decrease */ function decreaseUserCollateralInternal(address account, uint256 amount) internal { require(comptroller.redeemAllowed(address(this), account, amount) == 0, "comptroller rejection"); /* * Return if amount is zero. * Put behind `redeemAllowed` for accuring potential COMP rewards. */ if (amount == 0) { return; } totalCollateralTokens = sub_(totalCollateralTokens, amount); accountCollateralTokens[account] = sub_(accountCollateralTokens[account], amount); emit UserCollateralChanged(account, accountCollateralTokens[account]); } struct MintLocalVars { uint256 exchangeRateMantissa; uint256 mintTokens; uint256 actualMintAmount; } /** * @notice User supplies assets into the market and receives cTokens in exchange * @dev Assumes interest has already been accrued up to the current block * @param minter The address of the account which is supplying the assets * @param mintAmount The amount of the underlying asset to supply * @param isNative The amount is in native or not * @return (uint, uint) An error code (0=success, otherwise a failure, see ErrorReporter.sol), and the actual mint amount. */ function mintFresh( address minter, uint256 mintAmount, bool isNative ) internal returns (uint256, uint256) { // Make sure accountCollateralTokens of `minter` is initialized. initializeAccountCollateralTokens(minter); /* Fail if mint not allowed */ uint256 allowed = comptroller.mintAllowed(address(this), minter, mintAmount); if (allowed != 0) { return (failOpaque(Error.COMPTROLLER_REJECTION, FailureInfo.MINT_COMPTROLLER_REJECTION, allowed), 0); } /* * Return if mintAmount is zero. * Put behind `mintAllowed` for accuring potential COMP rewards. */ if (mintAmount == 0) { return (uint256(Error.NO_ERROR), 0); } /* Verify market's block number equals current block number */ if (accrualBlockNumber != getBlockNumber()) { return (fail(Error.MARKET_NOT_FRESH, FailureInfo.MINT_FRESHNESS_CHECK), 0); } MintLocalVars memory vars; vars.exchangeRateMantissa = exchangeRateStoredInternal(); ///////////////////////// // EFFECTS & INTERACTIONS // (No safe failures beyond this point) /* * We call `doTransferIn` for the minter and the mintAmount. * Note: The cToken must handle variations between ERC-20 and ETH underlying. * `doTransferIn` reverts if anything goes wrong, since we can't be sure if * side-effects occurred. The function returns the amount actually transferred, * in case of a fee. On success, the cToken holds an additional `actualMintAmount` * of cash. */ vars.actualMintAmount = doTransferIn(minter, mintAmount, isNative); /* * We get the current exchange rate and calculate the number of cTokens to be minted: * mintTokens = actualMintAmount / exchangeRate */ vars.mintTokens = div_ScalarByExpTruncate(vars.actualMintAmount, Exp({mantissa: vars.exchangeRateMantissa})); /* * We calculate the new total supply of cTokens and minter token balance, checking for overflow: * totalSupply = totalSupply + mintTokens * accountTokens[minter] = accountTokens[minter] + mintTokens */ totalSupply = add_(totalSupply, vars.mintTokens); accountTokens[minter] = add_(accountTokens[minter], vars.mintTokens); /* * We only allocate collateral tokens if the minter has entered the market. */ if (ComptrollerInterfaceExtension(address(comptroller)).checkMembership(minter, CToken(this))) { increaseUserCollateralInternal(minter, vars.mintTokens); } /* We emit a Mint event, and a Transfer event */ emit Mint(minter, vars.actualMintAmount, vars.mintTokens); emit Transfer(address(this), minter, vars.mintTokens); /* We call the defense hook */ // unused function // comptroller.mintVerify(address(this), minter, vars.actualMintAmount, vars.mintTokens); return (uint256(Error.NO_ERROR), vars.actualMintAmount); } struct RedeemLocalVars { uint256 exchangeRateMantissa; uint256 redeemTokens; uint256 redeemAmount; } /** * @notice User redeems cTokens in exchange for the underlying asset * @dev Assumes interest has already been accrued up to the current block. Only one of redeemTokensIn or redeemAmountIn may be non-zero and it would do nothing if both are zero. * @param redeemer The address of the account which is redeeming the tokens * @param redeemTokensIn The number of cTokens to redeem into underlying * @param redeemAmountIn The number of underlying tokens to receive from redeeming cTokens * @param isNative The amount is in native or not * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function redeemFresh( address payable redeemer, uint256 redeemTokensIn, uint256 redeemAmountIn, bool isNative ) internal returns (uint256) { // Make sure accountCollateralTokens of `redeemer` is initialized. initializeAccountCollateralTokens(redeemer); require(redeemTokensIn == 0 || redeemAmountIn == 0, "one of redeemTokensIn or redeemAmountIn must be zero"); RedeemLocalVars memory vars; /* exchangeRate = invoke Exchange Rate Stored() */ vars.exchangeRateMantissa = exchangeRateStoredInternal(); /* If redeemTokensIn > 0: */ if (redeemTokensIn > 0) { /* * We calculate the exchange rate and the amount of underlying to be redeemed: * redeemTokens = redeemTokensIn * redeemAmount = redeemTokensIn x exchangeRateCurrent */ vars.redeemTokens = redeemTokensIn; vars.redeemAmount = mul_ScalarTruncate(Exp({mantissa: vars.exchangeRateMantissa}), redeemTokensIn); } else { /* * We get the current exchange rate and calculate the amount to be redeemed: * redeemTokens = redeemAmountIn / exchangeRate * redeemAmount = redeemAmountIn */ vars.redeemTokens = div_ScalarByExpTruncate(redeemAmountIn, Exp({mantissa: vars.exchangeRateMantissa})); vars.redeemAmount = redeemAmountIn; } /** * For every user, accountTokens must be greater than or equal to accountCollateralTokens. * The buffer between the two values will be redeemed first. * bufferTokens = accountTokens[redeemer] - accountCollateralTokens[redeemer] * collateralTokens = redeemTokens - bufferTokens */ uint256 bufferTokens = sub_(accountTokens[redeemer], accountCollateralTokens[redeemer]); uint256 collateralTokens = 0; if (vars.redeemTokens > bufferTokens) { collateralTokens = vars.redeemTokens - bufferTokens; } /* Verify market's block number equals current block number */ if (accrualBlockNumber != getBlockNumber()) { return fail(Error.MARKET_NOT_FRESH, FailureInfo.REDEEM_FRESHNESS_CHECK); } /* Fail gracefully if protocol has insufficient cash */ if (getCashPrior() < vars.redeemAmount) { return fail(Error.TOKEN_INSUFFICIENT_CASH, FailureInfo.REDEEM_TRANSFER_OUT_NOT_POSSIBLE); } ///////////////////////// // EFFECTS & INTERACTIONS // (No safe failures beyond this point) /* * We invoke doTransferOut for the redeemer and the redeemAmount. * Note: The cToken must handle variations between ERC-20 and ETH underlying. * On success, the cToken has redeemAmount less of cash. * doTransferOut reverts if anything goes wrong, since we can't be sure if side effects occurred. */ doTransferOut(redeemer, vars.redeemAmount, isNative); /* * We calculate the new total supply and redeemer balance, checking for underflow: * totalSupplyNew = totalSupply - redeemTokens * accountTokensNew = accountTokens[redeemer] - redeemTokens */ totalSupply = sub_(totalSupply, vars.redeemTokens); accountTokens[redeemer] = sub_(accountTokens[redeemer], vars.redeemTokens); /* * We only deallocate collateral tokens if the redeemer needs to redeem them. */ if (collateralTokens > 0) { decreaseUserCollateralInternal(redeemer, collateralTokens); } /* We emit a Transfer event, and a Redeem event */ emit Transfer(redeemer, address(this), vars.redeemTokens); emit Redeem(redeemer, vars.redeemAmount, vars.redeemTokens); /* We call the defense hook */ comptroller.redeemVerify(address(this), redeemer, vars.redeemAmount, vars.redeemTokens); return uint256(Error.NO_ERROR); } /** * @notice Transfers collateral tokens (this market) to the liquidator. * @dev Called only during an in-kind liquidation, or by liquidateBorrow during the liquidation of another CToken. * Its absolutely critical to use msg.sender as the seizer cToken and not a parameter. * @param seizerToken The contract seizing the collateral (i.e. borrowed cToken) * @param liquidator The account receiving seized collateral * @param borrower The account having collateral seized * @param seizeTokens The number of cTokens to seize * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function seizeInternal( address seizerToken, address liquidator, address borrower, uint256 seizeTokens ) internal returns (uint256) { // Make sure accountCollateralTokens of `liquidator` and `borrower` are initialized. initializeAccountCollateralTokens(liquidator); initializeAccountCollateralTokens(borrower); /* Fail if seize not allowed */ uint256 allowed = comptroller.seizeAllowed(address(this), seizerToken, liquidator, borrower, seizeTokens); if (allowed != 0) { return failOpaque(Error.COMPTROLLER_REJECTION, FailureInfo.LIQUIDATE_SEIZE_COMPTROLLER_REJECTION, allowed); } /* * Return if seizeTokens is zero. * Put behind `seizeAllowed` for accuring potential COMP rewards. */ if (seizeTokens == 0) { return uint256(Error.NO_ERROR); } /* Fail if borrower = liquidator */ if (borrower == liquidator) { return fail(Error.INVALID_ACCOUNT_PAIR, FailureInfo.LIQUIDATE_SEIZE_LIQUIDATOR_IS_BORROWER); } /* * We calculate the new borrower and liquidator token balances and token collateral balances, failing on underflow/overflow: * accountTokens[borrower] = accountTokens[borrower] - seizeTokens * accountTokens[liquidator] = accountTokens[liquidator] + seizeTokens * accountCollateralTokens[borrower] = accountCollateralTokens[borrower] - seizeTokens * accountCollateralTokens[liquidator] = accountCollateralTokens[liquidator] + seizeTokens */ accountTokens[borrower] = sub_(accountTokens[borrower], seizeTokens); accountTokens[liquidator] = add_(accountTokens[liquidator], seizeTokens); accountCollateralTokens[borrower] = sub_(accountCollateralTokens[borrower], seizeTokens); accountCollateralTokens[liquidator] = add_(accountCollateralTokens[liquidator], seizeTokens); /* Emit a Transfer, UserCollateralChanged events */ emit Transfer(borrower, liquidator, seizeTokens); emit UserCollateralChanged(borrower, accountCollateralTokens[borrower]); emit UserCollateralChanged(liquidator, accountCollateralTokens[liquidator]); /* We call the defense hook */ // unused function // comptroller.seizeVerify(address(this), seizerToken, liquidator, borrower, seizeTokens); return uint256(Error.NO_ERROR); } }
pragma solidity ^0.5.16; import "./ComptrollerInterface.sol"; import "./CTokenInterfaces.sol"; import "./ErrorReporter.sol"; import "./Exponential.sol"; import "./EIP20Interface.sol"; import "./EIP20NonStandardInterface.sol"; import "./InterestRateModel.sol"; /** * @title Compound's CToken Contract * @notice Abstract base for CTokens * @author Compound */ contract CToken is CTokenInterface, Exponential, TokenErrorReporter { /** * @notice Initialize the money market * @param comptroller_ The address of the Comptroller * @param interestRateModel_ The address of the interest rate model * @param initialExchangeRateMantissa_ The initial exchange rate, scaled by 1e18 * @param name_ EIP-20 name of this token * @param symbol_ EIP-20 symbol of this token * @param decimals_ EIP-20 decimal precision of this token */ function initialize( ComptrollerInterface comptroller_, InterestRateModel interestRateModel_, uint256 initialExchangeRateMantissa_, string memory name_, string memory symbol_, uint8 decimals_ ) public { require(msg.sender == admin, "only admin may initialize the market"); require(accrualBlockNumber == 0 && borrowIndex == 0, "market may only be initialized once"); // Set initial exchange rate initialExchangeRateMantissa = initialExchangeRateMantissa_; require(initialExchangeRateMantissa > 0, "initial exchange rate must be greater than zero."); // Set the comptroller uint256 err = _setComptroller(comptroller_); require(err == uint256(Error.NO_ERROR), "setting comptroller failed"); // Initialize block number and borrow index (block number mocks depend on comptroller being set) accrualBlockNumber = getBlockNumber(); borrowIndex = mantissaOne; // Set the interest rate model (depends on block number / borrow index) err = _setInterestRateModelFresh(interestRateModel_); require(err == uint256(Error.NO_ERROR), "setting interest rate model failed"); name = name_; symbol = symbol_; decimals = decimals_; // The counter starts true to prevent changing it from zero to non-zero (i.e. smaller cost/refund) _notEntered = true; } /** * @notice Transfer `amount` tokens from `msg.sender` to `dst` * @param dst The address of the destination account * @param amount The number of tokens to transfer * @return Whether or not the transfer succeeded */ function transfer(address dst, uint256 amount) external nonReentrant returns (bool) { return transferTokens(msg.sender, msg.sender, dst, amount) == uint256(Error.NO_ERROR); } /** * @notice Transfer `amount` tokens from `src` to `dst` * @param src The address of the source account * @param dst The address of the destination account * @param amount The number of tokens to transfer * @return Whether or not the transfer succeeded */ function transferFrom( address src, address dst, uint256 amount ) external nonReentrant returns (bool) { return transferTokens(msg.sender, src, dst, amount) == uint256(Error.NO_ERROR); } /** * @notice Approve `spender` to transfer up to `amount` from `src` * @dev This will overwrite the approval amount for `spender` * and is subject to issues noted [here](https://eips.ethereum.org/EIPS/eip-20#approve) * @param spender The address of the account which may transfer tokens * @param amount The number of tokens that are approved (-1 means infinite) * @return Whether or not the approval succeeded */ function approve(address spender, uint256 amount) external returns (bool) { address src = msg.sender; transferAllowances[src][spender] = amount; emit Approval(src, spender, amount); return true; } /** * @notice Get the current allowance from `owner` for `spender` * @param owner The address of the account which owns the tokens to be spent * @param spender The address of the account which may transfer tokens * @return The number of tokens allowed to be spent (-1 means infinite) */ function allowance(address owner, address spender) external view returns (uint256) { return transferAllowances[owner][spender]; } /** * @notice Get the token balance of the `owner` * @param owner The address of the account to query * @return The number of tokens owned by `owner` */ function balanceOf(address owner) external view returns (uint256) { return accountTokens[owner]; } /** * @notice Get the underlying balance of the `owner` * @dev This also accrues interest in a transaction * @param owner The address of the account to query * @return The amount of underlying owned by `owner` */ function balanceOfUnderlying(address owner) external returns (uint256) { Exp memory exchangeRate = Exp({mantissa: exchangeRateCurrent()}); return mul_ScalarTruncate(exchangeRate, accountTokens[owner]); } /** * @notice Get a snapshot of the account's balances, and the cached exchange rate * @dev This is used by comptroller to more efficiently perform liquidity checks. * @param account Address of the account to snapshot * @return (possible error, token balance, borrow balance, exchange rate mantissa) */ function getAccountSnapshot(address account) external view returns ( uint256, uint256, uint256, uint256 ) { uint256 cTokenBalance = getCTokenBalanceInternal(account); uint256 borrowBalance = borrowBalanceStoredInternal(account); uint256 exchangeRateMantissa = exchangeRateStoredInternal(); return (uint256(Error.NO_ERROR), cTokenBalance, borrowBalance, exchangeRateMantissa); } /** * @dev Function to simply retrieve block number * This exists mainly for inheriting test contracts to stub this result. */ function getBlockNumber() internal view returns (uint256) { return block.number; } /** * @notice Returns the current per-block borrow interest rate for this cToken * @return The borrow interest rate per block, scaled by 1e18 */ function borrowRatePerBlock() external view returns (uint256) { return interestRateModel.getBorrowRate(getCashPrior(), totalBorrows, totalReserves); } /** * @notice Returns the current per-block supply interest rate for this cToken * @return The supply interest rate per block, scaled by 1e18 */ function supplyRatePerBlock() external view returns (uint256) { return interestRateModel.getSupplyRate(getCashPrior(), totalBorrows, totalReserves, reserveFactorMantissa); } /** * @notice Returns the estimated per-block borrow interest rate for this cToken after some change * @return The borrow interest rate per block, scaled by 1e18 */ function estimateBorrowRatePerBlockAfterChange(uint256 change, bool repay) external view returns (uint256) { uint256 cashPriorNew; uint256 totalBorrowsNew; if (repay) { cashPriorNew = add_(getCashPrior(), change); totalBorrowsNew = sub_(totalBorrows, change); } else { cashPriorNew = sub_(getCashPrior(), change); totalBorrowsNew = add_(totalBorrows, change); } return interestRateModel.getBorrowRate(cashPriorNew, totalBorrowsNew, totalReserves); } /** * @notice Returns the estimated per-block supply interest rate for this cToken after some change * @return The supply interest rate per block, scaled by 1e18 */ function estimateSupplyRatePerBlockAfterChange(uint256 change, bool repay) external view returns (uint256) { uint256 cashPriorNew; uint256 totalBorrowsNew; if (repay) { cashPriorNew = add_(getCashPrior(), change); totalBorrowsNew = sub_(totalBorrows, change); } else { cashPriorNew = sub_(getCashPrior(), change); totalBorrowsNew = add_(totalBorrows, change); } return interestRateModel.getSupplyRate(cashPriorNew, totalBorrowsNew, totalReserves, reserveFactorMantissa); } /** * @notice Returns the current total borrows plus accrued interest * @return The total borrows with interest */ function totalBorrowsCurrent() external nonReentrant returns (uint256) { require(accrueInterest() == uint256(Error.NO_ERROR), "accrue interest failed"); return totalBorrows; } /** * @notice Accrue interest to updated borrowIndex and then calculate account's borrow balance using the updated borrowIndex * @param account The address whose balance should be calculated after updating borrowIndex * @return The calculated balance */ function borrowBalanceCurrent(address account) external nonReentrant returns (uint256) { require(accrueInterest() == uint256(Error.NO_ERROR), "accrue interest failed"); return borrowBalanceStored(account); } /** * @notice Return the borrow balance of account based on stored data * @param account The address whose balance should be calculated * @return The calculated balance */ function borrowBalanceStored(address account) public view returns (uint256) { return borrowBalanceStoredInternal(account); } /** * @notice Return the borrow balance of account based on stored data * @param account The address whose balance should be calculated * @return the calculated balance or 0 if error code is non-zero */ function borrowBalanceStoredInternal(address account) internal view returns (uint256) { /* Get borrowBalance and borrowIndex */ BorrowSnapshot storage borrowSnapshot = accountBorrows[account]; /* If borrowBalance = 0 then borrowIndex is likely also 0. * Rather than failing the calculation with a division by 0, we immediately return 0 in this case. */ if (borrowSnapshot.principal == 0) { return 0; } /* Calculate new borrow balance using the interest index: * recentBorrowBalance = borrower.borrowBalance * market.borrowIndex / borrower.borrowIndex */ uint256 principalTimesIndex = mul_(borrowSnapshot.principal, borrowIndex); uint256 result = div_(principalTimesIndex, borrowSnapshot.interestIndex); return result; } /** * @notice Accrue interest then return the up-to-date exchange rate * @return Calculated exchange rate scaled by 1e18 */ function exchangeRateCurrent() public nonReentrant returns (uint256) { require(accrueInterest() == uint256(Error.NO_ERROR), "accrue interest failed"); return exchangeRateStored(); } /** * @notice Calculates the exchange rate from the underlying to the CToken * @dev This function does not accrue interest before calculating the exchange rate * @return Calculated exchange rate scaled by 1e18 */ function exchangeRateStored() public view returns (uint256) { return exchangeRateStoredInternal(); } /** * @notice Calculates the exchange rate from the underlying to the CToken * @dev This function does not accrue interest before calculating the exchange rate * @return calculated exchange rate scaled by 1e18 */ function exchangeRateStoredInternal() internal view returns (uint256) { uint256 _totalSupply = totalSupply; if (_totalSupply == 0) { /* * If there are no tokens minted: * exchangeRate = initialExchangeRate */ return initialExchangeRateMantissa; } else { /* * Otherwise: * exchangeRate = (totalCash + totalBorrows - totalReserves) / totalSupply */ uint256 totalCash = getCashPrior(); uint256 cashPlusBorrowsMinusReserves = sub_(add_(totalCash, totalBorrows), totalReserves); uint256 exchangeRate = div_(cashPlusBorrowsMinusReserves, Exp({mantissa: _totalSupply})); return exchangeRate; } } /** * @notice Get cash balance of this cToken in the underlying asset * @return The quantity of underlying asset owned by this contract */ function getCash() external view returns (uint256) { return getCashPrior(); } /** * @notice Applies accrued interest to total borrows and reserves * @dev This calculates interest accrued from the last checkpointed block * up to the current block and writes new checkpoint to storage. */ function accrueInterest() public returns (uint256) { /* Remember the initial block number */ uint256 currentBlockNumber = getBlockNumber(); uint256 accrualBlockNumberPrior = accrualBlockNumber; /* Short-circuit accumulating 0 interest */ if (accrualBlockNumberPrior == currentBlockNumber) { return uint256(Error.NO_ERROR); } /* Read the previous values out of storage */ uint256 cashPrior = getCashPrior(); uint256 borrowsPrior = totalBorrows; uint256 reservesPrior = totalReserves; uint256 borrowIndexPrior = borrowIndex; /* Calculate the current borrow interest rate */ uint256 borrowRateMantissa = interestRateModel.getBorrowRate(cashPrior, borrowsPrior, reservesPrior); require(borrowRateMantissa <= borrowRateMaxMantissa, "borrow rate is absurdly high"); /* Calculate the number of blocks elapsed since the last accrual */ uint256 blockDelta = sub_(currentBlockNumber, accrualBlockNumberPrior); /* * Calculate the interest accumulated into borrows and reserves and the new index: * simpleInterestFactor = borrowRate * blockDelta * interestAccumulated = simpleInterestFactor * totalBorrows * totalBorrowsNew = interestAccumulated + totalBorrows * totalReservesNew = interestAccumulated * reserveFactor + totalReserves * borrowIndexNew = simpleInterestFactor * borrowIndex + borrowIndex */ Exp memory simpleInterestFactor = mul_(Exp({mantissa: borrowRateMantissa}), blockDelta); uint256 interestAccumulated = mul_ScalarTruncate(simpleInterestFactor, borrowsPrior); uint256 totalBorrowsNew = add_(interestAccumulated, borrowsPrior); uint256 totalReservesNew = mul_ScalarTruncateAddUInt( Exp({mantissa: reserveFactorMantissa}), interestAccumulated, reservesPrior ); uint256 borrowIndexNew = mul_ScalarTruncateAddUInt(simpleInterestFactor, borrowIndexPrior, borrowIndexPrior); ///////////////////////// // EFFECTS & INTERACTIONS // (No safe failures beyond this point) /* We write the previously calculated values into storage */ accrualBlockNumber = currentBlockNumber; borrowIndex = borrowIndexNew; totalBorrows = totalBorrowsNew; totalReserves = totalReservesNew; /* We emit an AccrueInterest event */ emit AccrueInterest(cashPrior, interestAccumulated, borrowIndexNew, totalBorrowsNew); return uint256(Error.NO_ERROR); } /** * @notice Sender supplies assets into the market and receives cTokens in exchange * @dev Accrues interest whether or not the operation succeeds, unless reverted * @param mintAmount The amount of the underlying asset to supply * @param isNative The amount is in native or not * @return (uint, uint) An error code (0=success, otherwise a failure, see ErrorReporter.sol), and the actual mint amount. */ function mintInternal(uint256 mintAmount, bool isNative) internal nonReentrant returns (uint256, uint256) { uint256 error = accrueInterest(); if (error != uint256(Error.NO_ERROR)) { // accrueInterest emits logs on errors, but we still want to log the fact that an attempted borrow failed return (fail(Error(error), FailureInfo.MINT_ACCRUE_INTEREST_FAILED), 0); } // mintFresh emits the actual Mint event if successful and logs on errors, so we don't need to return mintFresh(msg.sender, mintAmount, isNative); } /** * @notice Sender redeems cTokens in exchange for the underlying asset * @dev Accrues interest whether or not the operation succeeds, unless reverted * @param redeemTokens The number of cTokens to redeem into underlying * @param isNative The amount is in native or not * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function redeemInternal(uint256 redeemTokens, bool isNative) internal nonReentrant returns (uint256) { uint256 error = accrueInterest(); if (error != uint256(Error.NO_ERROR)) { // accrueInterest emits logs on errors, but we still want to log the fact that an attempted redeem failed return fail(Error(error), FailureInfo.REDEEM_ACCRUE_INTEREST_FAILED); } // redeemFresh emits redeem-specific logs on errors, so we don't need to return redeemFresh(msg.sender, redeemTokens, 0, isNative); } /** * @notice Sender redeems cTokens in exchange for a specified amount of underlying asset * @dev Accrues interest whether or not the operation succeeds, unless reverted * @param redeemAmount The amount of underlying to receive from redeeming cTokens * @param isNative The amount is in native or not * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function redeemUnderlyingInternal(uint256 redeemAmount, bool isNative) internal nonReentrant returns (uint256) { uint256 error = accrueInterest(); if (error != uint256(Error.NO_ERROR)) { // accrueInterest emits logs on errors, but we still want to log the fact that an attempted redeem failed return fail(Error(error), FailureInfo.REDEEM_ACCRUE_INTEREST_FAILED); } // redeemFresh emits redeem-specific logs on errors, so we don't need to return redeemFresh(msg.sender, 0, redeemAmount, isNative); } /** * @notice Sender borrows assets from the protocol to their own address * @param borrowAmount The amount of the underlying asset to borrow * @param isNative The amount is in native or not * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function borrowInternal(uint256 borrowAmount, bool isNative) internal nonReentrant returns (uint256) { uint256 error = accrueInterest(); if (error != uint256(Error.NO_ERROR)) { // accrueInterest emits logs on errors, but we still want to log the fact that an attempted borrow failed return fail(Error(error), FailureInfo.BORROW_ACCRUE_INTEREST_FAILED); } // borrowFresh emits borrow-specific logs on errors, so we don't need to return borrowFresh(msg.sender, borrowAmount, isNative); } struct BorrowLocalVars { MathError mathErr; uint256 accountBorrows; uint256 accountBorrowsNew; uint256 totalBorrowsNew; } /** * @notice Users borrow assets from the protocol to their own address * @param borrowAmount The amount of the underlying asset to borrow * @param isNative The amount is in native or not * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function borrowFresh( address payable borrower, uint256 borrowAmount, bool isNative ) internal returns (uint256) { /* Fail if borrow not allowed */ uint256 allowed = comptroller.borrowAllowed(address(this), borrower, borrowAmount); if (allowed != 0) { return failOpaque(Error.COMPTROLLER_REJECTION, FailureInfo.BORROW_COMPTROLLER_REJECTION, allowed); } /* * Return if borrowAmount is zero. * Put behind `borrowAllowed` for accuring potential COMP rewards. */ if (borrowAmount == 0) { accountBorrows[borrower].interestIndex = borrowIndex; return uint256(Error.NO_ERROR); } /* Verify market's block number equals current block number */ if (accrualBlockNumber != getBlockNumber()) { return fail(Error.MARKET_NOT_FRESH, FailureInfo.BORROW_FRESHNESS_CHECK); } /* Fail gracefully if protocol has insufficient underlying cash */ if (getCashPrior() < borrowAmount) { return fail(Error.TOKEN_INSUFFICIENT_CASH, FailureInfo.BORROW_CASH_NOT_AVAILABLE); } BorrowLocalVars memory vars; /* * We calculate the new borrower and total borrow balances, failing on overflow: * accountBorrowsNew = accountBorrows + borrowAmount * totalBorrowsNew = totalBorrows + borrowAmount */ vars.accountBorrows = borrowBalanceStoredInternal(borrower); vars.accountBorrowsNew = add_(vars.accountBorrows, borrowAmount); vars.totalBorrowsNew = add_(totalBorrows, borrowAmount); ///////////////////////// // EFFECTS & INTERACTIONS // (No safe failures beyond this point) /* * We invoke doTransferOut for the borrower and the borrowAmount. * Note: The cToken must handle variations between ERC-20 and ETH underlying. * On success, the cToken borrowAmount less of cash. * doTransferOut reverts if anything goes wrong, since we can't be sure if side effects occurred. */ doTransferOut(borrower, borrowAmount, isNative); /* We write the previously calculated values into storage */ accountBorrows[borrower].principal = vars.accountBorrowsNew; accountBorrows[borrower].interestIndex = borrowIndex; totalBorrows = vars.totalBorrowsNew; /* We emit a Borrow event */ emit Borrow(borrower, borrowAmount, vars.accountBorrowsNew, vars.totalBorrowsNew); /* We call the defense hook */ // unused function // comptroller.borrowVerify(address(this), borrower, borrowAmount); return uint256(Error.NO_ERROR); } /** * @notice Sender repays their own borrow * @param repayAmount The amount to repay * @param isNative The amount is in native or not * @return (uint, uint) An error code (0=success, otherwise a failure, see ErrorReporter.sol), and the actual repayment amount. */ function repayBorrowInternal(uint256 repayAmount, bool isNative) internal nonReentrant returns (uint256, uint256) { uint256 error = accrueInterest(); if (error != uint256(Error.NO_ERROR)) { // accrueInterest emits logs on errors, but we still want to log the fact that an attempted borrow failed return (fail(Error(error), FailureInfo.REPAY_BORROW_ACCRUE_INTEREST_FAILED), 0); } // repayBorrowFresh emits repay-borrow-specific logs on errors, so we don't need to return repayBorrowFresh(msg.sender, msg.sender, repayAmount, isNative); } struct RepayBorrowLocalVars { Error err; MathError mathErr; uint256 repayAmount; uint256 borrowerIndex; uint256 accountBorrows; uint256 accountBorrowsNew; uint256 totalBorrowsNew; uint256 actualRepayAmount; } /** * @notice Borrows are repaid by another user (possibly the borrower). * @param payer the account paying off the borrow * @param borrower the account with the debt being payed off * @param repayAmount the amount of undelrying tokens being returned * @param isNative The amount is in native or not * @return (uint, uint) An error code (0=success, otherwise a failure, see ErrorReporter.sol), and the actual repayment amount. */ function repayBorrowFresh( address payer, address borrower, uint256 repayAmount, bool isNative ) internal returns (uint256, uint256) { /* Fail if repayBorrow not allowed */ uint256 allowed = comptroller.repayBorrowAllowed(address(this), payer, borrower, repayAmount); if (allowed != 0) { return ( failOpaque(Error.COMPTROLLER_REJECTION, FailureInfo.REPAY_BORROW_COMPTROLLER_REJECTION, allowed), 0 ); } /* * Return if repayAmount is zero. * Put behind `repayBorrowAllowed` for accuring potential COMP rewards. */ if (repayAmount == 0) { accountBorrows[borrower].interestIndex = borrowIndex; return (uint256(Error.NO_ERROR), 0); } /* Verify market's block number equals current block number */ if (accrualBlockNumber != getBlockNumber()) { return (fail(Error.MARKET_NOT_FRESH, FailureInfo.REPAY_BORROW_FRESHNESS_CHECK), 0); } RepayBorrowLocalVars memory vars; /* We remember the original borrowerIndex for verification purposes */ vars.borrowerIndex = accountBorrows[borrower].interestIndex; /* We fetch the amount the borrower owes, with accumulated interest */ vars.accountBorrows = borrowBalanceStoredInternal(borrower); /* If repayAmount == -1, repayAmount = accountBorrows */ if (repayAmount == uint256(-1)) { vars.repayAmount = vars.accountBorrows; } else { vars.repayAmount = repayAmount; } ///////////////////////// // EFFECTS & INTERACTIONS // (No safe failures beyond this point) /* * We call doTransferIn for the payer and the repayAmount * Note: The cToken must handle variations between ERC-20 and ETH underlying. * On success, the cToken holds an additional repayAmount of cash. * doTransferIn reverts if anything goes wrong, since we can't be sure if side effects occurred. * it returns the amount actually transferred, in case of a fee. */ vars.actualRepayAmount = doTransferIn(payer, vars.repayAmount, isNative); /* * We calculate the new borrower and total borrow balances, failing on underflow: * accountBorrowsNew = accountBorrows - actualRepayAmount * totalBorrowsNew = totalBorrows - actualRepayAmount */ vars.accountBorrowsNew = sub_(vars.accountBorrows, vars.actualRepayAmount); vars.totalBorrowsNew = sub_(totalBorrows, vars.actualRepayAmount); /* We write the previously calculated values into storage */ accountBorrows[borrower].principal = vars.accountBorrowsNew; accountBorrows[borrower].interestIndex = borrowIndex; totalBorrows = vars.totalBorrowsNew; /* We emit a RepayBorrow event */ emit RepayBorrow(payer, borrower, vars.actualRepayAmount, vars.accountBorrowsNew, vars.totalBorrowsNew); /* We call the defense hook */ // unused function // comptroller.repayBorrowVerify(address(this), payer, borrower, vars.actualRepayAmount, vars.borrowerIndex); return (uint256(Error.NO_ERROR), vars.actualRepayAmount); } /** * @notice The sender liquidates the borrowers collateral. * The collateral seized is transferred to the liquidator. * @param borrower The borrower of this cToken to be liquidated * @param repayAmount The amount of the underlying borrowed asset to repay * @param cTokenCollateral The market in which to seize collateral from the borrower * @param isNative The amount is in native or not * @return (uint, uint) An error code (0=success, otherwise a failure, see ErrorReporter.sol), and the actual repayment amount. */ function liquidateBorrowInternal( address borrower, uint256 repayAmount, CTokenInterface cTokenCollateral, bool isNative ) internal nonReentrant returns (uint256, uint256) { uint256 error = accrueInterest(); if (error != uint256(Error.NO_ERROR)) { // accrueInterest emits logs on errors, but we still want to log the fact that an attempted liquidation failed return (fail(Error(error), FailureInfo.LIQUIDATE_ACCRUE_BORROW_INTEREST_FAILED), 0); } error = cTokenCollateral.accrueInterest(); if (error != uint256(Error.NO_ERROR)) { // accrueInterest emits logs on errors, but we still want to log the fact that an attempted liquidation failed return (fail(Error(error), FailureInfo.LIQUIDATE_ACCRUE_COLLATERAL_INTEREST_FAILED), 0); } // liquidateBorrowFresh emits borrow-specific logs on errors, so we don't need to return liquidateBorrowFresh(msg.sender, borrower, repayAmount, cTokenCollateral, isNative); } /** * @notice The liquidator liquidates the borrowers collateral. * The collateral seized is transferred to the liquidator. * @param borrower The borrower of this cToken to be liquidated * @param liquidator The address repaying the borrow and seizing collateral * @param cTokenCollateral The market in which to seize collateral from the borrower * @param repayAmount The amount of the underlying borrowed asset to repay * @param isNative The amount is in native or not * @return (uint, uint) An error code (0=success, otherwise a failure, see ErrorReporter.sol), and the actual repayment amount. */ function liquidateBorrowFresh( address liquidator, address borrower, uint256 repayAmount, CTokenInterface cTokenCollateral, bool isNative ) internal returns (uint256, uint256) { /* Fail if liquidate not allowed */ uint256 allowed = comptroller.liquidateBorrowAllowed( address(this), address(cTokenCollateral), liquidator, borrower, repayAmount ); if (allowed != 0) { return (failOpaque(Error.COMPTROLLER_REJECTION, FailureInfo.LIQUIDATE_COMPTROLLER_REJECTION, allowed), 0); } /* Verify market's block number equals current block number */ if (accrualBlockNumber != getBlockNumber()) { return (fail(Error.MARKET_NOT_FRESH, FailureInfo.LIQUIDATE_FRESHNESS_CHECK), 0); } /* Verify cTokenCollateral market's block number equals current block number */ if (cTokenCollateral.accrualBlockNumber() != getBlockNumber()) { return (fail(Error.MARKET_NOT_FRESH, FailureInfo.LIQUIDATE_COLLATERAL_FRESHNESS_CHECK), 0); } /* Fail if borrower = liquidator */ if (borrower == liquidator) { return (fail(Error.INVALID_ACCOUNT_PAIR, FailureInfo.LIQUIDATE_LIQUIDATOR_IS_BORROWER), 0); } /* Fail if repayAmount = 0 */ if (repayAmount == 0) { return (fail(Error.INVALID_CLOSE_AMOUNT_REQUESTED, FailureInfo.LIQUIDATE_CLOSE_AMOUNT_IS_ZERO), 0); } /* Fail if repayAmount = -1 */ if (repayAmount == uint256(-1)) { return (fail(Error.INVALID_CLOSE_AMOUNT_REQUESTED, FailureInfo.LIQUIDATE_CLOSE_AMOUNT_IS_UINT_MAX), 0); } /* Fail if repayBorrow fails */ (uint256 repayBorrowError, uint256 actualRepayAmount) = repayBorrowFresh( liquidator, borrower, repayAmount, isNative ); if (repayBorrowError != uint256(Error.NO_ERROR)) { return (fail(Error(repayBorrowError), FailureInfo.LIQUIDATE_REPAY_BORROW_FRESH_FAILED), 0); } ///////////////////////// // EFFECTS & INTERACTIONS // (No safe failures beyond this point) /* We calculate the number of collateral tokens that will be seized */ (uint256 amountSeizeError, uint256 seizeTokens) = comptroller.liquidateCalculateSeizeTokens( address(this), address(cTokenCollateral), actualRepayAmount ); require(amountSeizeError == uint256(Error.NO_ERROR), "LIQUIDATE_COMPTROLLER_CALCULATE_AMOUNT_SEIZE_FAILED"); /* Revert if borrower collateral token balance < seizeTokens */ require(cTokenCollateral.balanceOf(borrower) >= seizeTokens, "LIQUIDATE_SEIZE_TOO_MUCH"); // If this is also the collateral, run seizeInternal to avoid re-entrancy, otherwise make an external call uint256 seizeError; if (address(cTokenCollateral) == address(this)) { seizeError = seizeInternal(address(this), liquidator, borrower, seizeTokens); } else { seizeError = cTokenCollateral.seize(liquidator, borrower, seizeTokens); } /* Revert if seize tokens fails (since we cannot be sure of side effects) */ require(seizeError == uint256(Error.NO_ERROR), "token seizure failed"); /* We emit a LiquidateBorrow event */ emit LiquidateBorrow(liquidator, borrower, actualRepayAmount, address(cTokenCollateral), seizeTokens); /* We call the defense hook */ // unused function // comptroller.liquidateBorrowVerify(address(this), address(cTokenCollateral), liquidator, borrower, actualRepayAmount, seizeTokens); return (uint256(Error.NO_ERROR), actualRepayAmount); } /** * @notice Transfers collateral tokens (this market) to the liquidator. * @dev Will fail unless called by another cToken during the process of liquidation. * Its absolutely critical to use msg.sender as the borrowed cToken and not a parameter. * @param liquidator The account receiving seized collateral * @param borrower The account having collateral seized * @param seizeTokens The number of cTokens to seize * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function seize( address liquidator, address borrower, uint256 seizeTokens ) external nonReentrant returns (uint256) { return seizeInternal(msg.sender, liquidator, borrower, seizeTokens); } /*** Admin Functions ***/ /** * @notice Begins transfer of admin rights. The newPendingAdmin must call `_acceptAdmin` to finalize the transfer. * @dev Admin function to begin change of admin. The newPendingAdmin must call `_acceptAdmin` to finalize the transfer. * @param newPendingAdmin New pending admin. * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function _setPendingAdmin(address payable newPendingAdmin) external returns (uint256) { // Check caller = admin if (msg.sender != admin) { return fail(Error.UNAUTHORIZED, FailureInfo.SET_PENDING_ADMIN_OWNER_CHECK); } // Save current value, if any, for inclusion in log address oldPendingAdmin = pendingAdmin; // Store pendingAdmin with value newPendingAdmin pendingAdmin = newPendingAdmin; // Emit NewPendingAdmin(oldPendingAdmin, newPendingAdmin) emit NewPendingAdmin(oldPendingAdmin, newPendingAdmin); return uint256(Error.NO_ERROR); } /** * @notice Accepts transfer of admin rights. msg.sender must be pendingAdmin * @dev Admin function for pending admin to accept role and update admin * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function _acceptAdmin() external returns (uint256) { // Check caller is pendingAdmin and pendingAdmin ≠ address(0) if (msg.sender != pendingAdmin || msg.sender == address(0)) { return fail(Error.UNAUTHORIZED, FailureInfo.ACCEPT_ADMIN_PENDING_ADMIN_CHECK); } // Save current values for inclusion in log address oldAdmin = admin; address oldPendingAdmin = pendingAdmin; // Store admin with value pendingAdmin admin = pendingAdmin; // Clear the pending value pendingAdmin = address(0); emit NewAdmin(oldAdmin, admin); emit NewPendingAdmin(oldPendingAdmin, pendingAdmin); return uint256(Error.NO_ERROR); } /** * @notice Sets a new comptroller for the market * @dev Admin function to set a new comptroller * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function _setComptroller(ComptrollerInterface newComptroller) public returns (uint256) { // Check caller is admin if (msg.sender != admin) { return fail(Error.UNAUTHORIZED, FailureInfo.SET_COMPTROLLER_OWNER_CHECK); } ComptrollerInterface oldComptroller = comptroller; // Ensure invoke comptroller.isComptroller() returns true require(newComptroller.isComptroller(), "marker method returned false"); // Set market's comptroller to newComptroller comptroller = newComptroller; // Emit NewComptroller(oldComptroller, newComptroller) emit NewComptroller(oldComptroller, newComptroller); return uint256(Error.NO_ERROR); } /** * @notice accrues interest and sets a new reserve factor for the protocol using _setReserveFactorFresh * @dev Admin function to accrue interest and set a new reserve factor * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function _setReserveFactor(uint256 newReserveFactorMantissa) external nonReentrant returns (uint256) { uint256 error = accrueInterest(); if (error != uint256(Error.NO_ERROR)) { // accrueInterest emits logs on errors, but on top of that we want to log the fact that an attempted reserve factor change failed. return fail(Error(error), FailureInfo.SET_RESERVE_FACTOR_ACCRUE_INTEREST_FAILED); } // _setReserveFactorFresh emits reserve-factor-specific logs on errors, so we don't need to. return _setReserveFactorFresh(newReserveFactorMantissa); } /** * @notice Sets a new reserve factor for the protocol (*requires fresh interest accrual) * @dev Admin function to set a new reserve factor * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function _setReserveFactorFresh(uint256 newReserveFactorMantissa) internal returns (uint256) { // Check caller is admin if (msg.sender != admin) { return fail(Error.UNAUTHORIZED, FailureInfo.SET_RESERVE_FACTOR_ADMIN_CHECK); } // Verify market's block number equals current block number if (accrualBlockNumber != getBlockNumber()) { return fail(Error.MARKET_NOT_FRESH, FailureInfo.SET_RESERVE_FACTOR_FRESH_CHECK); } // Check newReserveFactor ≤ maxReserveFactor if (newReserveFactorMantissa > reserveFactorMaxMantissa) { return fail(Error.BAD_INPUT, FailureInfo.SET_RESERVE_FACTOR_BOUNDS_CHECK); } uint256 oldReserveFactorMantissa = reserveFactorMantissa; reserveFactorMantissa = newReserveFactorMantissa; emit NewReserveFactor(oldReserveFactorMantissa, newReserveFactorMantissa); return uint256(Error.NO_ERROR); } /** * @notice Accrues interest and reduces reserves by transferring from msg.sender * @param addAmount Amount of addition to reserves * @param isNative The amount is in native or not * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function _addReservesInternal(uint256 addAmount, bool isNative) internal nonReentrant returns (uint256) { uint256 error = accrueInterest(); if (error != uint256(Error.NO_ERROR)) { // accrueInterest emits logs on errors, but on top of that we want to log the fact that an attempted reduce reserves failed. return fail(Error(error), FailureInfo.ADD_RESERVES_ACCRUE_INTEREST_FAILED); } // _addReservesFresh emits reserve-addition-specific logs on errors, so we don't need to. (error, ) = _addReservesFresh(addAmount, isNative); return error; } /** * @notice Add reserves by transferring from caller * @dev Requires fresh interest accrual * @param addAmount Amount of addition to reserves * @param isNative The amount is in native or not * @return (uint, uint) An error code (0=success, otherwise a failure (see ErrorReporter.sol for details)) and the actual amount added, net token fees */ function _addReservesFresh(uint256 addAmount, bool isNative) internal returns (uint256, uint256) { // totalReserves + actualAddAmount uint256 totalReservesNew; uint256 actualAddAmount; // We fail gracefully unless market's block number equals current block number if (accrualBlockNumber != getBlockNumber()) { return (fail(Error.MARKET_NOT_FRESH, FailureInfo.ADD_RESERVES_FRESH_CHECK), actualAddAmount); } ///////////////////////// // EFFECTS & INTERACTIONS // (No safe failures beyond this point) /* * We call doTransferIn for the caller and the addAmount * Note: The cToken must handle variations between ERC-20 and ETH underlying. * On success, the cToken holds an additional addAmount of cash. * doTransferIn reverts if anything goes wrong, since we can't be sure if side effects occurred. * it returns the amount actually transferred, in case of a fee. */ actualAddAmount = doTransferIn(msg.sender, addAmount, isNative); totalReservesNew = add_(totalReserves, actualAddAmount); // Store reserves[n+1] = reserves[n] + actualAddAmount totalReserves = totalReservesNew; /* Emit NewReserves(admin, actualAddAmount, reserves[n+1]) */ emit ReservesAdded(msg.sender, actualAddAmount, totalReservesNew); /* Return (NO_ERROR, actualAddAmount) */ return (uint256(Error.NO_ERROR), actualAddAmount); } /** * @notice Accrues interest and reduces reserves by transferring to admin * @param reduceAmount Amount of reduction to reserves * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function _reduceReserves(uint256 reduceAmount) external nonReentrant returns (uint256) { uint256 error = accrueInterest(); if (error != uint256(Error.NO_ERROR)) { // accrueInterest emits logs on errors, but on top of that we want to log the fact that an attempted reduce reserves failed. return fail(Error(error), FailureInfo.REDUCE_RESERVES_ACCRUE_INTEREST_FAILED); } // _reduceReservesFresh emits reserve-reduction-specific logs on errors, so we don't need to. return _reduceReservesFresh(reduceAmount); } /** * @notice Reduces reserves by transferring to admin * @dev Requires fresh interest accrual * @param reduceAmount Amount of reduction to reserves * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function _reduceReservesFresh(uint256 reduceAmount) internal returns (uint256) { // totalReserves - reduceAmount uint256 totalReservesNew; // Check caller is admin if (msg.sender != admin) { return fail(Error.UNAUTHORIZED, FailureInfo.REDUCE_RESERVES_ADMIN_CHECK); } // We fail gracefully unless market's block number equals current block number if (accrualBlockNumber != getBlockNumber()) { return fail(Error.MARKET_NOT_FRESH, FailureInfo.REDUCE_RESERVES_FRESH_CHECK); } // Fail gracefully if protocol has insufficient underlying cash if (getCashPrior() < reduceAmount) { return fail(Error.TOKEN_INSUFFICIENT_CASH, FailureInfo.REDUCE_RESERVES_CASH_NOT_AVAILABLE); } // Check reduceAmount ≤ reserves[n] (totalReserves) if (reduceAmount > totalReserves) { return fail(Error.BAD_INPUT, FailureInfo.REDUCE_RESERVES_VALIDATION); } ///////////////////////// // EFFECTS & INTERACTIONS // (No safe failures beyond this point) totalReservesNew = sub_(totalReserves, reduceAmount); // Store reserves[n+1] = reserves[n] - reduceAmount totalReserves = totalReservesNew; // doTransferOut reverts if anything goes wrong, since we can't be sure if side effects occurred. // Restrict reducing reserves in native token. Implementations except `CWrappedNative` won't use parameter `isNative`. doTransferOut(admin, reduceAmount, true); emit ReservesReduced(admin, reduceAmount, totalReservesNew); return uint256(Error.NO_ERROR); } /** * @notice accrues interest and updates the interest rate model using _setInterestRateModelFresh * @dev Admin function to accrue interest and update the interest rate model * @param newInterestRateModel the new interest rate model to use * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function _setInterestRateModel(InterestRateModel newInterestRateModel) public returns (uint256) { uint256 error = accrueInterest(); if (error != uint256(Error.NO_ERROR)) { // accrueInterest emits logs on errors, but on top of that we want to log the fact that an attempted change of interest rate model failed return fail(Error(error), FailureInfo.SET_INTEREST_RATE_MODEL_ACCRUE_INTEREST_FAILED); } // _setInterestRateModelFresh emits interest-rate-model-update-specific logs on errors, so we don't need to. return _setInterestRateModelFresh(newInterestRateModel); } /** * @notice updates the interest rate model (*requires fresh interest accrual) * @dev Admin function to update the interest rate model * @param newInterestRateModel the new interest rate model to use * @return uint 0=success, otherwise a failure (see ErrorReporter.sol for details) */ function _setInterestRateModelFresh(InterestRateModel newInterestRateModel) internal returns (uint256) { // Used to store old model for use in the event that is emitted on success InterestRateModel oldInterestRateModel; // Check caller is admin if (msg.sender != admin) { return fail(Error.UNAUTHORIZED, FailureInfo.SET_INTEREST_RATE_MODEL_OWNER_CHECK); } // We fail gracefully unless market's block number equals current block number if (accrualBlockNumber != getBlockNumber()) { return fail(Error.MARKET_NOT_FRESH, FailureInfo.SET_INTEREST_RATE_MODEL_FRESH_CHECK); } // Track the market's current interest rate model oldInterestRateModel = interestRateModel; // Ensure invoke newInterestRateModel.isInterestRateModel() returns true require(newInterestRateModel.isInterestRateModel(), "marker method returned false"); // Set the interest rate model to newInterestRateModel interestRateModel = newInterestRateModel; // Emit NewMarketInterestRateModel(oldInterestRateModel, newInterestRateModel) emit NewMarketInterestRateModel(oldInterestRateModel, newInterestRateModel); return uint256(Error.NO_ERROR); } /*** Safe Token ***/ /** * @notice Gets balance of this contract in terms of the underlying * @dev This excludes the value of the current message, if any * @return The quantity of underlying owned by this contract */ function getCashPrior() internal view returns (uint256); /** * @dev Performs a transfer in, reverting upon failure. Returns the amount actually transferred to the protocol, in case of a fee. * This may revert due to insufficient balance or insufficient allowance. */ function doTransferIn( address from, uint256 amount, bool isNative ) internal returns (uint256); /** * @dev Performs a transfer out, ideally returning an explanatory error code upon failure tather than reverting. * If caller has not called checked protocol's balance, may revert due to insufficient cash held in the contract. * If caller has checked protocol's balance, and verified it is >= amount, this should not revert in normal conditions. */ function doTransferOut( address payable to, uint256 amount, bool isNative ) internal; /** * @notice Transfer `tokens` tokens from `src` to `dst` by `spender` * @dev Called by both `transfer` and `transferFrom` internally */ function transferTokens( address spender, address src, address dst, uint256 tokens ) internal returns (uint256); /** * @notice Get the account's cToken balances */ function getCTokenBalanceInternal(address account) internal view returns (uint256); /** * @notice User supplies assets into the market and receives cTokens in exchange * @dev Assumes interest has already been accrued up to the current block */ function mintFresh( address minter, uint256 mintAmount, bool isNative ) internal returns (uint256, uint256); /** * @notice User redeems cTokens in exchange for the underlying asset * @dev Assumes interest has already been accrued up to the current block */ function redeemFresh( address payable redeemer, uint256 redeemTokensIn, uint256 redeemAmountIn, bool isNative ) internal returns (uint256); /** * @notice Transfers collateral tokens (this market) to the liquidator. * @dev Called only during an in-kind liquidation, or by liquidateBorrow during the liquidation of another CToken. * Its absolutely critical to use msg.sender as the seizer cToken and not a parameter. */ function seizeInternal( address seizerToken, address liquidator, address borrower, uint256 seizeTokens ) internal returns (uint256); /*** Reentrancy Guard ***/ /** * @dev Prevents a contract from calling itself, directly or indirectly. */ modifier nonReentrant() { require(_notEntered, "re-entered"); _notEntered = false; _; _notEntered = true; // get a gas-refund post-Istanbul } }
pragma solidity ^0.5.16; import "./ComptrollerInterface.sol"; import "./InterestRateModel.sol"; import "./ERC3156FlashBorrowerInterface.sol"; contract CTokenStorage { /** * @dev Guard variable for re-entrancy checks */ bool internal _notEntered; /** * @notice EIP-20 token name for this token */ string public name; /** * @notice EIP-20 token symbol for this token */ string public symbol; /** * @notice EIP-20 token decimals for this token */ uint8 public decimals; /** * @notice Maximum borrow rate that can ever be applied (.0005% / block) */ uint256 internal constant borrowRateMaxMantissa = 0.0005e16; /** * @notice Maximum fraction of interest that can be set aside for reserves */ uint256 internal constant reserveFactorMaxMantissa = 1e18; /** * @notice Administrator for this contract */ address payable public admin; /** * @notice Pending administrator for this contract */ address payable public pendingAdmin; /** * @notice Contract which oversees inter-cToken operations */ ComptrollerInterface public comptroller; /** * @notice Model which tells what the current interest rate should be */ InterestRateModel public interestRateModel; /** * @notice Initial exchange rate used when minting the first CTokens (used when totalSupply = 0) */ uint256 internal initialExchangeRateMantissa; /** * @notice Fraction of interest currently set aside for reserves */ uint256 public reserveFactorMantissa; /** * @notice Block number that interest was last accrued at */ uint256 public accrualBlockNumber; /** * @notice Accumulator of the total earned interest rate since the opening of the market */ uint256 public borrowIndex; /** * @notice Total amount of outstanding borrows of the underlying in this market */ uint256 public totalBorrows; /** * @notice Total amount of reserves of the underlying held in this market */ uint256 public totalReserves; /** * @notice Total number of tokens in circulation */ uint256 public totalSupply; /** * @notice Official record of token balances for each account */ mapping(address => uint256) internal accountTokens; /** * @notice Approved token transfer amounts on behalf of others */ mapping(address => mapping(address => uint256)) internal transferAllowances; /** * @notice Container for borrow balance information * @member principal Total balance (with accrued interest), after applying the most recent balance-changing action * @member interestIndex Global borrowIndex as of the most recent balance-changing action */ struct BorrowSnapshot { uint256 principal; uint256 interestIndex; } /** * @notice Mapping of account addresses to outstanding borrow balances */ mapping(address => BorrowSnapshot) internal accountBorrows; } contract CErc20Storage { /** * @notice Underlying asset for this CToken */ address public underlying; /** * @notice Implementation address for this contract */ address public implementation; } contract CSupplyCapStorage { /** * @notice Internal cash counter for this CToken. Should equal underlying.balanceOf(address(this)) for CERC20. */ uint256 public internalCash; } contract CCollateralCapStorage { /** * @notice Total number of tokens used as collateral in circulation. */ uint256 public totalCollateralTokens; /** * @notice Record of token balances which could be treated as collateral for each account. * If collateral cap is not set, the value should be equal to accountTokens. */ mapping(address => uint256) public accountCollateralTokens; /** * @notice Check if accountCollateralTokens have been initialized. */ mapping(address => bool) public isCollateralTokenInit; /** * @notice Collateral cap for this CToken, zero for no cap. */ uint256 public collateralCap; } /*** Interface ***/ contract CTokenInterface is CTokenStorage { /** * @notice Indicator that this is a CToken contract (for inspection) */ bool public constant isCToken = true; /*** Market Events ***/ /** * @notice Event emitted when interest is accrued */ event AccrueInterest(uint256 cashPrior, uint256 interestAccumulated, uint256 borrowIndex, uint256 totalBorrows); /** * @notice Event emitted when tokens are minted */ event Mint(address minter, uint256 mintAmount, uint256 mintTokens); /** * @notice Event emitted when tokens are redeemed */ event Redeem(address redeemer, uint256 redeemAmount, uint256 redeemTokens); /** * @notice Event emitted when underlying is borrowed */ event Borrow(address borrower, uint256 borrowAmount, uint256 accountBorrows, uint256 totalBorrows); /** * @notice Event emitted when a borrow is repaid */ event RepayBorrow( address payer, address borrower, uint256 repayAmount, uint256 accountBorrows, uint256 totalBorrows ); /** * @notice Event emitted when a borrow is liquidated */ event LiquidateBorrow( address liquidator, address borrower, uint256 repayAmount, address cTokenCollateral, uint256 seizeTokens ); /*** Admin Events ***/ /** * @notice Event emitted when pendingAdmin is changed */ event NewPendingAdmin(address oldPendingAdmin, address newPendingAdmin); /** * @notice Event emitted when pendingAdmin is accepted, which means admin is updated */ event NewAdmin(address oldAdmin, address newAdmin); /** * @notice Event emitted when comptroller is changed */ event NewComptroller(ComptrollerInterface oldComptroller, ComptrollerInterface newComptroller); /** * @notice Event emitted when interestRateModel is changed */ event NewMarketInterestRateModel(InterestRateModel oldInterestRateModel, InterestRateModel newInterestRateModel); /** * @notice Event emitted when the reserve factor is changed */ event NewReserveFactor(uint256 oldReserveFactorMantissa, uint256 newReserveFactorMantissa); /** * @notice Event emitted when the reserves are added */ event ReservesAdded(address benefactor, uint256 addAmount, uint256 newTotalReserves); /** * @notice Event emitted when the reserves are reduced */ event ReservesReduced(address admin, uint256 reduceAmount, uint256 newTotalReserves); /** * @notice EIP20 Transfer event */ event Transfer(address indexed from, address indexed to, uint256 amount); /** * @notice EIP20 Approval event */ event Approval(address indexed owner, address indexed spender, uint256 amount); /** * @notice Failure event */ event Failure(uint256 error, uint256 info, uint256 detail); /*** User Interface ***/ function transfer(address dst, uint256 amount) external returns (bool); function transferFrom( address src, address dst, uint256 amount ) external returns (bool); function approve(address spender, uint256 amount) external returns (bool); function allowance(address owner, address spender) external view returns (uint256); function balanceOf(address owner) external view returns (uint256); function balanceOfUnderlying(address owner) external returns (uint256); function getAccountSnapshot(address account) external view returns ( uint256, uint256, uint256, uint256 ); function borrowRatePerBlock() external view returns (uint256); function supplyRatePerBlock() external view returns (uint256); function totalBorrowsCurrent() external returns (uint256); function borrowBalanceCurrent(address account) external returns (uint256); function borrowBalanceStored(address account) public view returns (uint256); function exchangeRateCurrent() public returns (uint256); function exchangeRateStored() public view returns (uint256); function getCash() external view returns (uint256); function accrueInterest() public returns (uint256); function seize( address liquidator, address borrower, uint256 seizeTokens ) external returns (uint256); /*** Admin Functions ***/ function _setPendingAdmin(address payable newPendingAdmin) external returns (uint256); function _acceptAdmin() external returns (uint256); function _setComptroller(ComptrollerInterface newComptroller) public returns (uint256); function _setReserveFactor(uint256 newReserveFactorMantissa) external returns (uint256); function _reduceReserves(uint256 reduceAmount) external returns (uint256); function _setInterestRateModel(InterestRateModel newInterestRateModel) public returns (uint256); } contract CErc20Interface is CErc20Storage { /*** User Interface ***/ function mint(uint256 mintAmount) external returns (uint256); function redeem(uint256 redeemTokens) external returns (uint256); function redeemUnderlying(uint256 redeemAmount) external returns (uint256); function borrow(uint256 borrowAmount) external returns (uint256); function repayBorrow(uint256 repayAmount) external returns (uint256); function liquidateBorrow( address borrower, uint256 repayAmount, CTokenInterface cTokenCollateral ) external returns (uint256); function _addReserves(uint256 addAmount) external returns (uint256); } contract CWrappedNativeInterface is CErc20Interface { /** * @notice Flash loan fee ratio */ uint256 public constant flashFeeBips = 3; /*** Market Events ***/ /** * @notice Event emitted when a flashloan occured */ event Flashloan(address indexed receiver, uint256 amount, uint256 totalFee, uint256 reservesFee); /*** User Interface ***/ function mintNative() external payable returns (uint256); function redeemNative(uint256 redeemTokens) external returns (uint256); function redeemUnderlyingNative(uint256 redeemAmount) external returns (uint256); function borrowNative(uint256 borrowAmount) external returns (uint256); function repayBorrowNative() external payable returns (uint256); function liquidateBorrowNative(address borrower, CTokenInterface cTokenCollateral) external payable returns (uint256); function flashLoan( ERC3156FlashBorrowerInterface receiver, address initiator, uint256 amount, bytes calldata data ) external returns (bool); function _addReservesNative() external payable returns (uint256); } contract CCapableErc20Interface is CErc20Interface, CSupplyCapStorage { /** * @notice Flash loan fee ratio */ uint256 public constant flashFeeBips = 3; /*** Market Events ***/ /** * @notice Event emitted when a flashloan occured */ event Flashloan(address indexed receiver, uint256 amount, uint256 totalFee, uint256 reservesFee); /*** User Interface ***/ function gulp() external; } contract CCollateralCapErc20Interface is CCapableErc20Interface, CCollateralCapStorage { /*** Admin Events ***/ /** * @notice Event emitted when collateral cap is set */ event NewCollateralCap(address token, uint256 newCap); /** * @notice Event emitted when user collateral is changed */ event UserCollateralChanged(address account, uint256 newCollateralTokens); /*** User Interface ***/ function registerCollateral(address account) external returns (uint256); function unregisterCollateral(address account) external; function flashLoan( ERC3156FlashBorrowerInterface receiver, address initiator, uint256 amount, bytes calldata data ) external returns (bool); /*** Admin Functions ***/ function _setCollateralCap(uint256 newCollateralCap) external; } contract CDelegatorInterface { /** * @notice Emitted when implementation is changed */ event NewImplementation(address oldImplementation, address newImplementation); /** * @notice Called by the admin to update the implementation of the delegator * @param implementation_ The address of the new implementation for delegation * @param allowResign Flag to indicate whether to call _resignImplementation on the old implementation * @param becomeImplementationData The encoded bytes data to be passed to _becomeImplementation */ function _setImplementation( address implementation_, bool allowResign, bytes memory becomeImplementationData ) public; } contract CDelegateInterface { /** * @notice Called by the delegator on a delegate to initialize it for duty * @dev Should revert if any issues arise which make it unfit for delegation * @param data The encoded bytes data for any initialization */ function _becomeImplementation(bytes memory data) public; /** * @notice Called by the delegator on a delegate to forfeit its responsibility */ function _resignImplementation() public; } /*** External interface ***/ /** * @title Flash loan receiver interface */ interface IFlashloanReceiver { function executeOperation( address sender, address underlying, uint256 amount, uint256 fee, bytes calldata params ) external; }
pragma solidity ^0.5.16; /** * @title Careful Math * @author Compound * @notice Derived from OpenZeppelin's SafeMath library * https://github.com/OpenZeppelin/openzeppelin-solidity/blob/master/contracts/math/SafeMath.sol */ contract CarefulMath { /** * @dev Possible error codes that we can return */ enum MathError { NO_ERROR, DIVISION_BY_ZERO, INTEGER_OVERFLOW, INTEGER_UNDERFLOW } /** * @dev Multiplies two numbers, returns an error on overflow. */ function mulUInt(uint256 a, uint256 b) internal pure returns (MathError, uint256) { if (a == 0) { return (MathError.NO_ERROR, 0); } uint256 c = a * b; if (c / a != b) { return (MathError.INTEGER_OVERFLOW, 0); } else { return (MathError.NO_ERROR, c); } } /** * @dev Integer division of two numbers, truncating the quotient. */ function divUInt(uint256 a, uint256 b) internal pure returns (MathError, uint256) { if (b == 0) { return (MathError.DIVISION_BY_ZERO, 0); } return (MathError.NO_ERROR, a / b); } /** * @dev Subtracts two numbers, returns an error on overflow (i.e. if subtrahend is greater than minuend). */ function subUInt(uint256 a, uint256 b) internal pure returns (MathError, uint256) { if (b <= a) { return (MathError.NO_ERROR, a - b); } else { return (MathError.INTEGER_UNDERFLOW, 0); } } /** * @dev Adds two numbers, returns an error on overflow. */ function addUInt(uint256 a, uint256 b) internal pure returns (MathError, uint256) { uint256 c = a + b; if (c >= a) { return (MathError.NO_ERROR, c); } else { return (MathError.INTEGER_OVERFLOW, 0); } } /** * @dev add a and b and then subtract c */ function addThenSubUInt( uint256 a, uint256 b, uint256 c ) internal pure returns (MathError, uint256) { (MathError err0, uint256 sum) = addUInt(a, b); if (err0 != MathError.NO_ERROR) { return (err0, 0); } return subUInt(sum, c); } }
pragma solidity ^0.5.16; import "./CToken.sol"; import "./ComptrollerStorage.sol"; contract ComptrollerInterface { /// @notice Indicator that this is a Comptroller contract (for inspection) bool public constant isComptroller = true; /*** Assets You Are In ***/ function enterMarkets(address[] calldata cTokens) external returns (uint256[] memory); function exitMarket(address cToken) external returns (uint256); /*** Policy Hooks ***/ function mintAllowed( address cToken, address minter, uint256 mintAmount ) external returns (uint256); function mintVerify( address cToken, address minter, uint256 mintAmount, uint256 mintTokens ) external; function redeemAllowed( address cToken, address redeemer, uint256 redeemTokens ) external returns (uint256); function redeemVerify( address cToken, address redeemer, uint256 redeemAmount, uint256 redeemTokens ) external; function borrowAllowed( address cToken, address borrower, uint256 borrowAmount ) external returns (uint256); function borrowVerify( address cToken, address borrower, uint256 borrowAmount ) external; function repayBorrowAllowed( address cToken, address payer, address borrower, uint256 repayAmount ) external returns (uint256); function repayBorrowVerify( address cToken, address payer, address borrower, uint256 repayAmount, uint256 borrowerIndex ) external; function liquidateBorrowAllowed( address cTokenBorrowed, address cTokenCollateral, address liquidator, address borrower, uint256 repayAmount ) external returns (uint256); function liquidateBorrowVerify( address cTokenBorrowed, address cTokenCollateral, address liquidator, address borrower, uint256 repayAmount, uint256 seizeTokens ) external; function seizeAllowed( address cTokenCollateral, address cTokenBorrowed, address liquidator, address borrower, uint256 seizeTokens ) external returns (uint256); function seizeVerify( address cTokenCollateral, address cTokenBorrowed, address liquidator, address borrower, uint256 seizeTokens ) external; function transferAllowed( address cToken, address src, address dst, uint256 transferTokens ) external returns (uint256); function transferVerify( address cToken, address src, address dst, uint256 transferTokens ) external; /*** Liquidity/Liquidation Calculations ***/ function liquidateCalculateSeizeTokens( address cTokenBorrowed, address cTokenCollateral, uint256 repayAmount ) external view returns (uint256, uint256); } interface ComptrollerInterfaceExtension { function checkMembership(address account, CToken cToken) external view returns (bool); function updateCTokenVersion(address cToken, ComptrollerV1Storage.Version version) external; function flashloanAllowed( address cToken, address receiver, uint256 amount, bytes calldata params ) external view returns (bool); }
pragma solidity ^0.5.16; import "./CToken.sol"; import "./PriceOracle/PriceOracle.sol"; contract UnitrollerAdminStorage { /** * @notice Administrator for this contract */ address public admin; /** * @notice Pending administrator for this contract */ address public pendingAdmin; /** * @notice Active brains of Unitroller */ address public comptrollerImplementation; /** * @notice Pending brains of Unitroller */ address public pendingComptrollerImplementation; } contract ComptrollerV1Storage is UnitrollerAdminStorage { /** * @notice Oracle which gives the price of any given asset */ PriceOracle public oracle; /** * @notice Multiplier used to calculate the maximum repayAmount when liquidating a borrow */ uint256 public closeFactorMantissa; /** * @notice Multiplier representing the discount on collateral that a liquidator receives */ uint256 public liquidationIncentiveMantissa; /** * @notice Per-account mapping of "assets you are in" */ mapping(address => CToken[]) public accountAssets; enum Version { VANILLA, COLLATERALCAP, WRAPPEDNATIVE } struct Market { /// @notice Whether or not this market is listed bool isListed; /** * @notice Multiplier representing the most one can borrow against their collateral in this market. * For instance, 0.9 to allow borrowing 90% of collateral value. * Must be between 0 and 1, and stored as a mantissa. */ uint256 collateralFactorMantissa; /// @notice Per-market mapping of "accounts in this asset" mapping(address => bool) accountMembership; /// @notice CToken version Version version; } /** * @notice Official mapping of cTokens -> Market metadata * @dev Used e.g. to determine if a market is supported */ mapping(address => Market) public markets; /** * @notice The Pause Guardian can pause certain actions as a safety mechanism. * Actions which allow users to remove their own assets cannot be paused. * Liquidation / seizing / transfer can only be paused globally, not by market. */ address public pauseGuardian; bool public _mintGuardianPaused; bool public _borrowGuardianPaused; bool public transferGuardianPaused; bool public seizeGuardianPaused; mapping(address => bool) public mintGuardianPaused; mapping(address => bool) public borrowGuardianPaused; struct CompMarketState { /// @notice The market's last updated compBorrowIndex or compSupplyIndex uint224 index; /// @notice The block number the index was last updated at uint32 block; } /// @notice A list of all markets CToken[] public allMarkets; /// @notice The portion of compRate that each market currently receives mapping(address => uint256) public compSpeeds; /// @notice The COMP market supply state for each market mapping(address => CompMarketState) public compSupplyState; /// @notice The COMP market borrow state for each market mapping(address => CompMarketState) public compBorrowState; /// @notice The COMP borrow index for each market for each supplier as of the last time they accrued COMP mapping(address => mapping(address => uint256)) public compSupplierIndex; /// @notice The COMP borrow index for each market for each borrower as of the last time they accrued COMP mapping(address => mapping(address => uint256)) public compBorrowerIndex; /// @notice The COMP accrued but not yet transferred to each user mapping(address => uint256) public compAccrued; // @notice The borrowCapGuardian can set borrowCaps to any number for any market. Lowering the borrow cap could disable borrowing on the given market. address public borrowCapGuardian; // @notice Borrow caps enforced by borrowAllowed for each cToken address. Defaults to zero which corresponds to unlimited borrowing. mapping(address => uint256) public borrowCaps; // @notice The supplyCapGuardian can set supplyCaps to any number for any market. Lowering the supply cap could disable supplying to the given market. address public supplyCapGuardian; // @notice Supply caps enforced by mintAllowed for each cToken address. Defaults to zero which corresponds to unlimited supplying. mapping(address => uint256) public supplyCaps; // @notice creditLimits allowed specific protocols to borrow and repay without collateral. mapping(address => uint256) public creditLimits; // @notice flashloanGuardianPaused can pause flash loan as a safety mechanism. mapping(address => bool) public flashloanGuardianPaused; /// @notice liquidityMining the liquidity mining module that handles the LM rewards distribution. address public liquidityMining; }
pragma solidity ^0.5.16; /** * @title ERC 20 Token Standard Interface * https://eips.ethereum.org/EIPS/eip-20 */ interface EIP20Interface { function name() external view returns (string memory); function symbol() external view returns (string memory); function decimals() external view returns (uint8); /** * @notice Get the total number of tokens in circulation * @return The supply of tokens */ function totalSupply() external view returns (uint256); /** * @notice Gets the balance of the specified address * @param owner The address from which the balance will be retrieved * @return The balance */ function balanceOf(address owner) external view returns (uint256 balance); /** * @notice Transfer `amount` tokens from `msg.sender` to `dst` * @param dst The address of the destination account * @param amount The number of tokens to transfer * @return Whether or not the transfer succeeded */ function transfer(address dst, uint256 amount) external returns (bool success); /** * @notice Transfer `amount` tokens from `src` to `dst` * @param src The address of the source account * @param dst The address of the destination account * @param amount The number of tokens to transfer * @return Whether or not the transfer succeeded */ function transferFrom( address src, address dst, uint256 amount ) external returns (bool success); /** * @notice Approve `spender` to transfer up to `amount` from `src` * @dev This will overwrite the approval amount for `spender` * and is subject to issues noted [here](https://eips.ethereum.org/EIPS/eip-20#approve) * @param spender The address of the account which may transfer tokens * @param amount The number of tokens that are approved (-1 means infinite) * @return Whether or not the approval succeeded */ function approve(address spender, uint256 amount) external returns (bool success); /** * @notice Get the current allowance from `owner` for `spender` * @param owner The address of the account which owns the tokens to be spent * @param spender The address of the account which may transfer tokens * @return The number of tokens allowed to be spent (-1 means infinite) */ function allowance(address owner, address spender) external view returns (uint256 remaining); event Transfer(address indexed from, address indexed to, uint256 amount); event Approval(address indexed owner, address indexed spender, uint256 amount); }
pragma solidity ^0.5.16; /** * @title EIP20NonStandardInterface * @dev Version of ERC20 with no return values for `transfer` and `transferFrom` * See https://medium.com/coinmonks/missing-return-value-bug-at-least-130-tokens-affected-d67bf08521ca */ interface EIP20NonStandardInterface { /** * @notice Get the total number of tokens in circulation * @return The supply of tokens */ function totalSupply() external view returns (uint256); /** * @notice Gets the balance of the specified address * @param owner The address from which the balance will be retrieved * @return The balance */ function balanceOf(address owner) external view returns (uint256 balance); /// /// !!!!!!!!!!!!!! /// !!! NOTICE !!! `transfer` does not return a value, in violation of the ERC-20 specification /// !!!!!!!!!!!!!! /// /** * @notice Transfer `amount` tokens from `msg.sender` to `dst` * @param dst The address of the destination account * @param amount The number of tokens to transfer */ function transfer(address dst, uint256 amount) external; /// /// !!!!!!!!!!!!!! /// !!! NOTICE !!! `transferFrom` does not return a value, in violation of the ERC-20 specification /// !!!!!!!!!!!!!! /// /** * @notice Transfer `amount` tokens from `src` to `dst` * @param src The address of the source account * @param dst The address of the destination account * @param amount The number of tokens to transfer */ function transferFrom( address src, address dst, uint256 amount ) external; /** * @notice Approve `spender` to transfer up to `amount` from `src` * @dev This will overwrite the approval amount for `spender` * and is subject to issues noted [here](https://eips.ethereum.org/EIPS/eip-20#approve) * @param spender The address of the account which may transfer tokens * @param amount The number of tokens that are approved * @return Whether or not the approval succeeded */ function approve(address spender, uint256 amount) external returns (bool success); /** * @notice Get the current allowance from `owner` for `spender` * @param owner The address of the account which owns the tokens to be spent * @param spender The address of the account which may transfer tokens * @return The number of tokens allowed to be spent */ function allowance(address owner, address spender) external view returns (uint256 remaining); event Transfer(address indexed from, address indexed to, uint256 amount); event Approval(address indexed owner, address indexed spender, uint256 amount); }
pragma solidity ^0.5.16; interface ERC3156FlashBorrowerInterface { /** * @dev Receive a flash loan. * @param initiator The initiator of the loan. * @param token The loan currency. * @param amount The amount of tokens lent. * @param fee The additional amount of tokens to repay. * @param data Arbitrary data structure, intended to contain user-defined parameters. * @return The keccak256 hash of "ERC3156FlashBorrower.onFlashLoan" */ function onFlashLoan( address initiator, address token, uint256 amount, uint256 fee, bytes calldata data ) external returns (bytes32); }
pragma solidity ^0.5.16; import "./ERC3156FlashBorrowerInterface.sol"; interface ERC3156FlashLenderInterface { /** * @dev The amount of currency available to be lent. * @param token The loan currency. * @return The amount of `token` that can be borrowed. */ function maxFlashLoan(address token) external view returns (uint256); /** * @dev The fee to be charged for a given loan. * @param token The loan currency. * @param amount The amount of tokens lent. * @return The amount of `token` to be charged for the loan, on top of the returned principal. */ function flashFee(address token, uint256 amount) external view returns (uint256); /** * @dev Initiate a flash loan. * @param receiver The receiver of the tokens in the loan, and the receiver of the callback. * @param token The loan currency. * @param amount The amount of tokens lent. * @param data Arbitrary data structure, intended to contain user-defined parameters. */ function flashLoan( ERC3156FlashBorrowerInterface receiver, address token, uint256 amount, bytes calldata data ) external returns (bool); }
pragma solidity ^0.5.16; contract ComptrollerErrorReporter { enum Error { NO_ERROR, UNAUTHORIZED, COMPTROLLER_MISMATCH, INSUFFICIENT_SHORTFALL, INSUFFICIENT_LIQUIDITY, INVALID_CLOSE_FACTOR, INVALID_COLLATERAL_FACTOR, INVALID_LIQUIDATION_INCENTIVE, MARKET_NOT_ENTERED, // no longer possible MARKET_NOT_LISTED, MARKET_ALREADY_LISTED, MATH_ERROR, NONZERO_BORROW_BALANCE, PRICE_ERROR, REJECTION, SNAPSHOT_ERROR, TOO_MANY_ASSETS, TOO_MUCH_REPAY } enum FailureInfo { ACCEPT_ADMIN_PENDING_ADMIN_CHECK, ACCEPT_PENDING_IMPLEMENTATION_ADDRESS_CHECK, EXIT_MARKET_BALANCE_OWED, EXIT_MARKET_REJECTION, SET_CLOSE_FACTOR_OWNER_CHECK, SET_CLOSE_FACTOR_VALIDATION, SET_COLLATERAL_FACTOR_OWNER_CHECK, SET_COLLATERAL_FACTOR_NO_EXISTS, SET_COLLATERAL_FACTOR_VALIDATION, SET_COLLATERAL_FACTOR_WITHOUT_PRICE, SET_IMPLEMENTATION_OWNER_CHECK, SET_LIQUIDATION_INCENTIVE_OWNER_CHECK, SET_LIQUIDATION_INCENTIVE_VALIDATION, SET_MAX_ASSETS_OWNER_CHECK, SET_PENDING_ADMIN_OWNER_CHECK, SET_PENDING_IMPLEMENTATION_OWNER_CHECK, SET_PRICE_ORACLE_OWNER_CHECK, SUPPORT_MARKET_EXISTS, SUPPORT_MARKET_OWNER_CHECK, SET_PAUSE_GUARDIAN_OWNER_CHECK } /** * @dev `error` corresponds to enum Error; `info` corresponds to enum FailureInfo, and `detail` is an arbitrary * contract-specific code that enables us to report opaque error codes from upgradeable contracts. **/ event Failure(uint256 error, uint256 info, uint256 detail); /** * @dev use this when reporting a known error from the money market or a non-upgradeable collaborator */ function fail(Error err, FailureInfo info) internal returns (uint256) { emit Failure(uint256(err), uint256(info), 0); return uint256(err); } /** * @dev use this when reporting an opaque error from an upgradeable collaborator contract */ function failOpaque( Error err, FailureInfo info, uint256 opaqueError ) internal returns (uint256) { emit Failure(uint256(err), uint256(info), opaqueError); return uint256(err); } } contract TokenErrorReporter { enum Error { NO_ERROR, UNAUTHORIZED, BAD_INPUT, COMPTROLLER_REJECTION, COMPTROLLER_CALCULATION_ERROR, INTEREST_RATE_MODEL_ERROR, INVALID_ACCOUNT_PAIR, INVALID_CLOSE_AMOUNT_REQUESTED, INVALID_COLLATERAL_FACTOR, MATH_ERROR, MARKET_NOT_FRESH, MARKET_NOT_LISTED, TOKEN_INSUFFICIENT_ALLOWANCE, TOKEN_INSUFFICIENT_BALANCE, TOKEN_INSUFFICIENT_CASH, TOKEN_TRANSFER_IN_FAILED, TOKEN_TRANSFER_OUT_FAILED } /* * Note: FailureInfo (but not Error) is kept in alphabetical order * This is because FailureInfo grows significantly faster, and * the order of Error has some meaning, while the order of FailureInfo * is entirely arbitrary. */ enum FailureInfo { ACCEPT_ADMIN_PENDING_ADMIN_CHECK, ACCRUE_INTEREST_BORROW_RATE_CALCULATION_FAILED, BORROW_ACCRUE_INTEREST_FAILED, BORROW_CASH_NOT_AVAILABLE, BORROW_FRESHNESS_CHECK, BORROW_MARKET_NOT_LISTED, BORROW_COMPTROLLER_REJECTION, LIQUIDATE_ACCRUE_BORROW_INTEREST_FAILED, LIQUIDATE_ACCRUE_COLLATERAL_INTEREST_FAILED, LIQUIDATE_COLLATERAL_FRESHNESS_CHECK, LIQUIDATE_COMPTROLLER_REJECTION, LIQUIDATE_COMPTROLLER_CALCULATE_AMOUNT_SEIZE_FAILED, LIQUIDATE_CLOSE_AMOUNT_IS_UINT_MAX, LIQUIDATE_CLOSE_AMOUNT_IS_ZERO, LIQUIDATE_FRESHNESS_CHECK, LIQUIDATE_LIQUIDATOR_IS_BORROWER, LIQUIDATE_REPAY_BORROW_FRESH_FAILED, LIQUIDATE_SEIZE_COMPTROLLER_REJECTION, LIQUIDATE_SEIZE_LIQUIDATOR_IS_BORROWER, LIQUIDATE_SEIZE_TOO_MUCH, MINT_ACCRUE_INTEREST_FAILED, MINT_COMPTROLLER_REJECTION, MINT_FRESHNESS_CHECK, MINT_TRANSFER_IN_FAILED, MINT_TRANSFER_IN_NOT_POSSIBLE, REDEEM_ACCRUE_INTEREST_FAILED, REDEEM_COMPTROLLER_REJECTION, REDEEM_FRESHNESS_CHECK, REDEEM_TRANSFER_OUT_NOT_POSSIBLE, REDUCE_RESERVES_ACCRUE_INTEREST_FAILED, REDUCE_RESERVES_ADMIN_CHECK, REDUCE_RESERVES_CASH_NOT_AVAILABLE, REDUCE_RESERVES_FRESH_CHECK, REDUCE_RESERVES_VALIDATION, REPAY_BORROW_ACCRUE_INTEREST_FAILED, REPAY_BORROW_COMPTROLLER_REJECTION, REPAY_BORROW_FRESHNESS_CHECK, REPAY_BORROW_TRANSFER_IN_NOT_POSSIBLE, SET_COLLATERAL_FACTOR_OWNER_CHECK, SET_COLLATERAL_FACTOR_VALIDATION, SET_COMPTROLLER_OWNER_CHECK, SET_INTEREST_RATE_MODEL_ACCRUE_INTEREST_FAILED, SET_INTEREST_RATE_MODEL_FRESH_CHECK, SET_INTEREST_RATE_MODEL_OWNER_CHECK, SET_MAX_ASSETS_OWNER_CHECK, SET_ORACLE_MARKET_NOT_LISTED, SET_PENDING_ADMIN_OWNER_CHECK, SET_RESERVE_FACTOR_ACCRUE_INTEREST_FAILED, SET_RESERVE_FACTOR_ADMIN_CHECK, SET_RESERVE_FACTOR_FRESH_CHECK, SET_RESERVE_FACTOR_BOUNDS_CHECK, TRANSFER_COMPTROLLER_REJECTION, TRANSFER_NOT_ALLOWED, ADD_RESERVES_ACCRUE_INTEREST_FAILED, ADD_RESERVES_FRESH_CHECK, ADD_RESERVES_TRANSFER_IN_NOT_POSSIBLE } /** * @dev `error` corresponds to enum Error; `info` corresponds to enum FailureInfo, and `detail` is an arbitrary * contract-specific code that enables us to report opaque error codes from upgradeable contracts. **/ event Failure(uint256 error, uint256 info, uint256 detail); /** * @dev use this when reporting a known error from the money market or a non-upgradeable collaborator */ function fail(Error err, FailureInfo info) internal returns (uint256) { emit Failure(uint256(err), uint256(info), 0); return uint256(err); } /** * @dev use this when reporting an opaque error from an upgradeable collaborator contract */ function failOpaque( Error err, FailureInfo info, uint256 opaqueError ) internal returns (uint256) { emit Failure(uint256(err), uint256(info), opaqueError); return uint256(err); } }
pragma solidity ^0.5.16; import "./CarefulMath.sol"; /** * @title Exponential module for storing fixed-precision decimals * @author Compound * @notice Exp is a struct which stores decimals with a fixed precision of 18 decimal places. * Thus, if we wanted to store the 5.1, mantissa would store 5.1e18. That is: * `Exp({mantissa: 5100000000000000000})`. */ contract Exponential is CarefulMath { uint256 constant expScale = 1e18; uint256 constant doubleScale = 1e36; uint256 constant halfExpScale = expScale / 2; uint256 constant mantissaOne = expScale; struct Exp { uint256 mantissa; } struct Double { uint256 mantissa; } /** * @dev Creates an exponential from numerator and denominator values. * Note: Returns an error if (`num` * 10e18) > MAX_INT, * or if `denom` is zero. */ function getExp(uint256 num, uint256 denom) internal pure returns (MathError, Exp memory) { (MathError err0, uint256 scaledNumerator) = mulUInt(num, expScale); if (err0 != MathError.NO_ERROR) { return (err0, Exp({mantissa: 0})); } (MathError err1, uint256 rational) = divUInt(scaledNumerator, denom); if (err1 != MathError.NO_ERROR) { return (err1, Exp({mantissa: 0})); } return (MathError.NO_ERROR, Exp({mantissa: rational})); } /** * @dev Adds two exponentials, returning a new exponential. */ function addExp(Exp memory a, Exp memory b) internal pure returns (MathError, Exp memory) { (MathError error, uint256 result) = addUInt(a.mantissa, b.mantissa); return (error, Exp({mantissa: result})); } /** * @dev Subtracts two exponentials, returning a new exponential. */ function subExp(Exp memory a, Exp memory b) internal pure returns (MathError, Exp memory) { (MathError error, uint256 result) = subUInt(a.mantissa, b.mantissa); return (error, Exp({mantissa: result})); } /** * @dev Multiply an Exp by a scalar, returning a new Exp. */ function mulScalar(Exp memory a, uint256 scalar) internal pure returns (MathError, Exp memory) { (MathError err0, uint256 scaledMantissa) = mulUInt(a.mantissa, scalar); if (err0 != MathError.NO_ERROR) { return (err0, Exp({mantissa: 0})); } return (MathError.NO_ERROR, Exp({mantissa: scaledMantissa})); } /** * @dev Multiply an Exp by a scalar, then truncate to return an unsigned integer. */ function mulScalarTruncate(Exp memory a, uint256 scalar) internal pure returns (MathError, uint256) { (MathError err, Exp memory product) = mulScalar(a, scalar); if (err != MathError.NO_ERROR) { return (err, 0); } return (MathError.NO_ERROR, truncate(product)); } /** * @dev Multiply an Exp by a scalar, truncate, then add an to an unsigned integer, returning an unsigned integer. */ function mulScalarTruncateAddUInt( Exp memory a, uint256 scalar, uint256 addend ) internal pure returns (MathError, uint256) { (MathError err, Exp memory product) = mulScalar(a, scalar); if (err != MathError.NO_ERROR) { return (err, 0); } return addUInt(truncate(product), addend); } /** * @dev Multiply an Exp by a scalar, then truncate to return an unsigned integer. */ function mul_ScalarTruncate(Exp memory a, uint256 scalar) internal pure returns (uint256) { Exp memory product = mul_(a, scalar); return truncate(product); } /** * @dev Multiply an Exp by a scalar, truncate, then add an to an unsigned integer, returning an unsigned integer. */ function mul_ScalarTruncateAddUInt( Exp memory a, uint256 scalar, uint256 addend ) internal pure returns (uint256) { Exp memory product = mul_(a, scalar); return add_(truncate(product), addend); } /** * @dev Divide an Exp by a scalar, returning a new Exp. */ function divScalar(Exp memory a, uint256 scalar) internal pure returns (MathError, Exp memory) { (MathError err0, uint256 descaledMantissa) = divUInt(a.mantissa, scalar); if (err0 != MathError.NO_ERROR) { return (err0, Exp({mantissa: 0})); } return (MathError.NO_ERROR, Exp({mantissa: descaledMantissa})); } /** * @dev Divide a scalar by an Exp, returning a new Exp. */ function divScalarByExp(uint256 scalar, Exp memory divisor) internal pure returns (MathError, Exp memory) { /* We are doing this as: getExp(mulUInt(expScale, scalar), divisor.mantissa) How it works: Exp = a / b; Scalar = s; `s / (a / b)` = `b * s / a` and since for an Exp `a = mantissa, b = expScale` */ (MathError err0, uint256 numerator) = mulUInt(expScale, scalar); if (err0 != MathError.NO_ERROR) { return (err0, Exp({mantissa: 0})); } return getExp(numerator, divisor.mantissa); } /** * @dev Divide a scalar by an Exp, then truncate to return an unsigned integer. */ function divScalarByExpTruncate(uint256 scalar, Exp memory divisor) internal pure returns (MathError, uint256) { (MathError err, Exp memory fraction) = divScalarByExp(scalar, divisor); if (err != MathError.NO_ERROR) { return (err, 0); } return (MathError.NO_ERROR, truncate(fraction)); } /** * @dev Divide a scalar by an Exp, returning a new Exp. */ function div_ScalarByExp(uint256 scalar, Exp memory divisor) internal pure returns (Exp memory) { /* We are doing this as: getExp(mulUInt(expScale, scalar), divisor.mantissa) How it works: Exp = a / b; Scalar = s; `s / (a / b)` = `b * s / a` and since for an Exp `a = mantissa, b = expScale` */ uint256 numerator = mul_(expScale, scalar); return Exp({mantissa: div_(numerator, divisor)}); } /** * @dev Divide a scalar by an Exp, then truncate to return an unsigned integer. */ function div_ScalarByExpTruncate(uint256 scalar, Exp memory divisor) internal pure returns (uint256) { Exp memory fraction = div_ScalarByExp(scalar, divisor); return truncate(fraction); } /** * @dev Multiplies two exponentials, returning a new exponential. */ function mulExp(Exp memory a, Exp memory b) internal pure returns (MathError, Exp memory) { (MathError err0, uint256 doubleScaledProduct) = mulUInt(a.mantissa, b.mantissa); if (err0 != MathError.NO_ERROR) { return (err0, Exp({mantissa: 0})); } // We add half the scale before dividing so that we get rounding instead of truncation. // See "Listing 6" and text above it at https://accu.org/index.php/journals/1717 // Without this change, a result like 6.6...e-19 will be truncated to 0 instead of being rounded to 1e-18. (MathError err1, uint256 doubleScaledProductWithHalfScale) = addUInt(halfExpScale, doubleScaledProduct); if (err1 != MathError.NO_ERROR) { return (err1, Exp({mantissa: 0})); } (MathError err2, uint256 product) = divUInt(doubleScaledProductWithHalfScale, expScale); // The only error `div` can return is MathError.DIVISION_BY_ZERO but we control `expScale` and it is not zero. assert(err2 == MathError.NO_ERROR); return (MathError.NO_ERROR, Exp({mantissa: product})); } /** * @dev Multiplies two exponentials given their mantissas, returning a new exponential. */ function mulExp(uint256 a, uint256 b) internal pure returns (MathError, Exp memory) { return mulExp(Exp({mantissa: a}), Exp({mantissa: b})); } /** * @dev Multiplies three exponentials, returning a new exponential. */ function mulExp3( Exp memory a, Exp memory b, Exp memory c ) internal pure returns (MathError, Exp memory) { (MathError err, Exp memory ab) = mulExp(a, b); if (err != MathError.NO_ERROR) { return (err, ab); } return mulExp(ab, c); } /** * @dev Divides two exponentials, returning a new exponential. * (a/scale) / (b/scale) = (a/scale) * (scale/b) = a/b, * which we can scale as an Exp by calling getExp(a.mantissa, b.mantissa) */ function divExp(Exp memory a, Exp memory b) internal pure returns (MathError, Exp memory) { return getExp(a.mantissa, b.mantissa); } /** * @dev Truncates the given exp to a whole number value. * For example, truncate(Exp{mantissa: 15 * expScale}) = 15 */ function truncate(Exp memory exp) internal pure returns (uint256) { // Note: We are not using careful math here as we're performing a division that cannot fail return exp.mantissa / expScale; } /** * @dev Checks if first Exp is less than second Exp. */ function lessThanExp(Exp memory left, Exp memory right) internal pure returns (bool) { return left.mantissa < right.mantissa; } /** * @dev Checks if left Exp <= right Exp. */ function lessThanOrEqualExp(Exp memory left, Exp memory right) internal pure returns (bool) { return left.mantissa <= right.mantissa; } /** * @dev returns true if Exp is exactly zero */ function isZeroExp(Exp memory value) internal pure returns (bool) { return value.mantissa == 0; } function safe224(uint256 n, string memory errorMessage) internal pure returns (uint224) { require(n < 2**224, errorMessage); return uint224(n); } function safe32(uint256 n, string memory errorMessage) internal pure returns (uint32) { require(n < 2**32, errorMessage); return uint32(n); } function add_(Exp memory a, Exp memory b) internal pure returns (Exp memory) { return Exp({mantissa: add_(a.mantissa, b.mantissa)}); } function add_(Double memory a, Double memory b) internal pure returns (Double memory) { return Double({mantissa: add_(a.mantissa, b.mantissa)}); } function add_(uint256 a, uint256 b) internal pure returns (uint256) { return add_(a, b, "addition overflow"); } function add_( uint256 a, uint256 b, string memory errorMessage ) internal pure returns (uint256) { uint256 c = a + b; require(c >= a, errorMessage); return c; } function sub_(Exp memory a, Exp memory b) internal pure returns (Exp memory) { return Exp({mantissa: sub_(a.mantissa, b.mantissa)}); } function sub_(Double memory a, Double memory b) internal pure returns (Double memory) { return Double({mantissa: sub_(a.mantissa, b.mantissa)}); } function sub_(uint256 a, uint256 b) internal pure returns (uint256) { return sub_(a, b, "subtraction underflow"); } function sub_( uint256 a, uint256 b, string memory errorMessage ) internal pure returns (uint256) { require(b <= a, errorMessage); return a - b; } function mul_(Exp memory a, Exp memory b) internal pure returns (Exp memory) { return Exp({mantissa: mul_(a.mantissa, b.mantissa) / expScale}); } function mul_(Exp memory a, uint256 b) internal pure returns (Exp memory) { return Exp({mantissa: mul_(a.mantissa, b)}); } function mul_(uint256 a, Exp memory b) internal pure returns (uint256) { return mul_(a, b.mantissa) / expScale; } function mul_(Double memory a, Double memory b) internal pure returns (Double memory) { return Double({mantissa: mul_(a.mantissa, b.mantissa) / doubleScale}); } function mul_(Double memory a, uint256 b) internal pure returns (Double memory) { return Double({mantissa: mul_(a.mantissa, b)}); } function mul_(uint256 a, Double memory b) internal pure returns (uint256) { return mul_(a, b.mantissa) / doubleScale; } function mul_(uint256 a, uint256 b) internal pure returns (uint256) { return mul_(a, b, "multiplication overflow"); } function mul_( uint256 a, uint256 b, string memory errorMessage ) internal pure returns (uint256) { if (a == 0 || b == 0) { return 0; } uint256 c = a * b; require(c / a == b, errorMessage); return c; } function div_(Exp memory a, Exp memory b) internal pure returns (Exp memory) { return Exp({mantissa: div_(mul_(a.mantissa, expScale), b.mantissa)}); } function div_(Exp memory a, uint256 b) internal pure returns (Exp memory) { return Exp({mantissa: div_(a.mantissa, b)}); } function div_(uint256 a, Exp memory b) internal pure returns (uint256) { return div_(mul_(a, expScale), b.mantissa); } function div_(Double memory a, Double memory b) internal pure returns (Double memory) { return Double({mantissa: div_(mul_(a.mantissa, doubleScale), b.mantissa)}); } function div_(Double memory a, uint256 b) internal pure returns (Double memory) { return Double({mantissa: div_(a.mantissa, b)}); } function div_(uint256 a, Double memory b) internal pure returns (uint256) { return div_(mul_(a, doubleScale), b.mantissa); } function div_(uint256 a, uint256 b) internal pure returns (uint256) { return div_(a, b, "divide by zero"); } function div_( uint256 a, uint256 b, string memory errorMessage ) internal pure returns (uint256) { require(b > 0, errorMessage); return a / b; } function fraction(uint256 a, uint256 b) internal pure returns (Double memory) { return Double({mantissa: div_(mul_(a, doubleScale), b)}); } // implementation from https://github.com/Uniswap/uniswap-lib/commit/99f3f28770640ba1bb1ff460ac7c5292fb8291a0 // original implementation: https://github.com/abdk-consulting/abdk-libraries-solidity/blob/master/ABDKMath64x64.sol#L687 function sqrt(uint256 x) internal pure returns (uint256) { if (x == 0) return 0; uint256 xx = x; uint256 r = 1; if (xx >= 0x100000000000000000000000000000000) { xx >>= 128; r <<= 64; } if (xx >= 0x10000000000000000) { xx >>= 64; r <<= 32; } if (xx >= 0x100000000) { xx >>= 32; r <<= 16; } if (xx >= 0x10000) { xx >>= 16; r <<= 8; } if (xx >= 0x100) { xx >>= 8; r <<= 4; } if (xx >= 0x10) { xx >>= 4; r <<= 2; } if (xx >= 0x8) { r <<= 1; } r = (r + x / r) >> 1; r = (r + x / r) >> 1; r = (r + x / r) >> 1; r = (r + x / r) >> 1; r = (r + x / r) >> 1; r = (r + x / r) >> 1; r = (r + x / r) >> 1; // Seven iterations should be enough uint256 r1 = x / r; return (r < r1 ? r : r1); } }
pragma solidity ^0.5.16; /** * @title Compound's InterestRateModel Interface * @author Compound */ contract InterestRateModel { /// @notice Indicator that this is an InterestRateModel contract (for inspection) bool public constant isInterestRateModel = true; /** * @notice Calculates the current borrow interest rate per block * @param cash The total amount of cash the market has * @param borrows The total amount of borrows the market has outstanding * @param reserves The total amnount of reserves the market has * @return The borrow rate per block (as a percentage, and scaled by 1e18) */ function getBorrowRate( uint256 cash, uint256 borrows, uint256 reserves ) external view returns (uint256); /** * @notice Calculates the current supply interest rate per block * @param cash The total amount of cash the market has * @param borrows The total amount of borrows the market has outstanding * @param reserves The total amnount of reserves the market has * @param reserveFactorMantissa The current reserve factor the market has * @return The supply rate per block (as a percentage, and scaled by 1e18) */ function getSupplyRate( uint256 cash, uint256 borrows, uint256 reserves, uint256 reserveFactorMantissa ) external view returns (uint256); }
pragma solidity ^0.5.16; import "../CToken.sol"; contract PriceOracle { /** * @notice Get the underlying price of a cToken asset * @param cToken The cToken to get the underlying price of * @return The underlying asset price mantissa (scaled by 1e18). * Zero means the price is unavailable. */ function getUnderlyingPrice(CToken cToken) external view returns (uint256); }
{ "evmVersion": "istanbul", "libraries": {}, "metadata": { "useLiteralContent": true }, "optimizer": { "enabled": true, "runs": 200 }, "remappings": [], "outputSelection": { "*": { "*": [ "evm.bytecode", "evm.deployedBytecode", "abi" ] } } }
Contract Security Audit
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payable","name":"","type":"address"}],"payable":false,"stateMutability":"view","type":"function"},{"constant":false,"inputs":[{"internalType":"uint256","name":"redeemTokens","type":"uint256"}],"name":"redeem","outputs":[{"internalType":"uint256","name":"","type":"uint256"}],"payable":false,"stateMutability":"nonpayable","type":"function"},{"constant":false,"inputs":[{"internalType":"uint256","name":"redeemAmount","type":"uint256"}],"name":"redeemUnderlying","outputs":[{"internalType":"uint256","name":"","type":"uint256"}],"payable":false,"stateMutability":"nonpayable","type":"function"},{"constant":false,"inputs":[{"internalType":"address","name":"account","type":"address"}],"name":"registerCollateral","outputs":[{"internalType":"uint256","name":"","type":"uint256"}],"payable":false,"stateMutability":"nonpayable","type":"function"},{"constant":false,"inputs":[{"internalType":"uint256","name":"repayAmount","type":"uint256"}],"name":"repayBorrow","outputs":[{"internalType":"uint256","name":"","type":"uint256"}],"payable":false,"stateMutability":"nonpayable","type":"function"},{"constant":true,"inputs":[],"name":"reserveFactorMantissa","outputs":[{"internalType":"uint256","name":"","type":"uint256"}],"payable":false,"stateMutability":"view","type":"function"},{"constant":false,"inputs":[{"internalType":"address","name":"liquidator","type":"address"},{"internalType":"address","name":"borrower","type":"address"},{"internalType":"uint256","name":"seizeTokens","type":"uint256"}],"name":"seize","outputs":[{"internalType":"uint256","name":"","type":"uint256"}],"payable":false,"stateMutability":"nonpayable","type":"function"},{"constant":true,"inputs":[],"name":"supplyRatePerBlock","outputs":[{"internalType":"uint256","name":"","type":"uint256"}],"payable":false,"stateMutability":"view","type":"function"},{"constant":true,"inputs":[],"name":"symbol","outputs":[{"internalType":"string","name":"","type":"string"}],"payable":false,"stateMutability":"view","type":"function"},{"constant":true,"inputs":[],"name":"totalBorrows","outputs":[{"internalType":"uint256","name":"","type":"uint256"}],"payable":false,"stateMutability":"view","type":"function"},{"constant":false,"inputs":[],"name":"totalBorrowsCurrent","outputs":[{"internalType":"uint256","name":"","type":"uint256"}],"payable":false,"stateMutability":"nonpayable","type":"function"},{"constant":true,"inputs":[],"name":"totalCollateralTokens","outputs":[{"internalType":"uint256","name":"","type":"uint256"}],"payable":false,"stateMutability":"view","type":"function"},{"constant":true,"inputs":[],"name":"totalReserves","outputs":[{"internalType":"uint256","name":"","type":"uint256"}],"payable":false,"stateMutability":"view","type":"function"},{"constant":true,"inputs":[],"name":"totalSupply","outputs":[{"internalType":"uint256","name":"","type":"uint256"}],"payable":false,"stateMutability":"view","type":"function"},{"constant":false,"inputs":[{"internalType":"address","name":"dst","type":"address"},{"internalType":"uint256","name":"amount","type":"uint256"}],"name":"transfer","outputs":[{"internalType":"bool","name":"","type":"bool"}],"payable":false,"stateMutability":"nonpayable","type":"function"},{"constant":false,"inputs":[{"internalType":"address","name":"src","type":"address"},{"internalType":"address","name":"dst","type":"address"},{"internalType":"uint256","name":"amount","type":"uint256"}],"name":"transferFrom","outputs":[{"internalType":"bool","name":"","type":"bool"}],"payable":false,"stateMutability":"nonpayable","type":"function"},{"constant":true,"inputs":[],"name":"underlying","outputs":[{"internalType":"address","name":"","type":"address"}],"payable":false,"stateMutability":"view","type":"function"},{"constant":false,"inputs":[{"internalType":"address","name":"account","type":"address"}],"name":"unregisterCollateral","outputs":[],"payable":false,"stateMutability":"nonpayable","type":"function"}]
Contract Creation Code
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Multichain Portfolio | 27 Chains
Chain | Token | Portfolio % | Price | Amount | Value |
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A contract address hosts a smart contract, which is a set of code stored on the blockchain that runs when predetermined conditions are met. Learn more about addresses in our Knowledge Base.