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// SPDX-License-Identifier: AGPL-3.0-or-later
pragma solidity 0.8.7;

import { IERC20 }             from "../modules/erc20/contracts/interfaces/IERC20.sol";
import { ERC20Helper }        from "../modules/erc20-helper/src/ERC20Helper.sol";
import { IMapleProxyFactory } from "../modules/maple-proxy-factory/contracts/interfaces/IMapleProxyFactory.sol";

import { IMapleLoan }        from "./interfaces/IMapleLoan.sol";
import { IMapleGlobalsLike } from "./interfaces/Interfaces.sol";

import { MapleLoanInternals } from "./MapleLoanInternals.sol";

/// @title MapleLoan implements a primitive loan with additional functionality, and is intended to be proxied.
contract MapleLoan is IMapleLoan, MapleLoanInternals {

    modifier whenProtocolNotPaused() {
        require(!isProtocolPaused(), "ML:PROTOCOL_PAUSED");
        _;
    }

    /********************************/
    /*** Administrative Functions ***/
    /********************************/

    function migrate(address migrator_, bytes calldata arguments_) external override {
        require(msg.sender == _factory(),        "ML:M:NOT_FACTORY");
        require(_migrate(migrator_, arguments_), "ML:M:FAILED");
    }

    function setImplementation(address newImplementation_) external override {
        require(msg.sender == _factory(),               "ML:SI:NOT_FACTORY");
        require(_setImplementation(newImplementation_), "ML:SI:FAILED");
    }

    function upgrade(uint256 toVersion_, bytes calldata arguments_) external override {
        require(msg.sender == IMapleGlobalsLike(_mapleGlobals()).globalAdmin(), "ML:U:NOT_ADMIN");

        emit Upgraded(toVersion_, arguments_);

        IMapleProxyFactory(_factory()).upgradeInstance(toVersion_, arguments_);
    }

    /************************/
    /*** Borrow Functions ***/
    /************************/

    function acceptBorrower() external override {
        require(msg.sender == _pendingBorrower, "ML:AB:NOT_PENDING_BORROWER");

        _pendingBorrower = address(0);

        emit BorrowerAccepted(_borrower = msg.sender);
    }

    function closeLoan(uint256 amount_) external override returns (uint256 principal_, uint256 interest_, uint256 delegateFee_, uint256 treasuryFee_) {
        uint256 drawableFundsBeforePayment = _drawableFunds;

        // The amount specified is an optional amount to be transfer from the caller, as a convenience for EOAs.
        require(amount_ == uint256(0) || ERC20Helper.transferFrom(_fundsAsset, msg.sender, address(this), amount_), "ML:CL:TRANSFER_FROM_FAILED");

        ( principal_, interest_, delegateFee_, treasuryFee_ ) = _closeLoan();

        // Either the caller is the borrower or `_drawableFunds` has not decreased.
        require(msg.sender == _borrower || _drawableFunds >= drawableFundsBeforePayment, "ML:CL:CANNOT_USE_DRAWABLE");

        emit LoanClosed(principal_, interest_, delegateFee_, treasuryFee_);
    }

    function drawdownFunds(uint256 amount_, address destination_) external override whenProtocolNotPaused returns (uint256 collateralPosted_) {
        require(msg.sender == _borrower, "ML:DF:NOT_BORROWER");

        emit FundsDrawnDown(amount_, destination_);

        // Post additional collateral required to facilitate this drawdown, if needed.
        uint256 additionalCollateralRequired = getAdditionalCollateralRequiredFor(amount_);

        if (additionalCollateralRequired > uint256(0)) {
            // Determine collateral currently unaccounted for.
            uint256 unaccountedCollateral = _getUnaccountedAmount(_collateralAsset);

            // Post required collateral, specifying then amount lacking as the optional amount to be transferred from.
            collateralPosted_ = postCollateral(
                additionalCollateralRequired > unaccountedCollateral ? additionalCollateralRequired - unaccountedCollateral : uint256(0)
            );
        }

        _drawdownFunds(amount_, destination_);
    }

    function makePayment(uint256 amount_) external override returns (uint256 principal_, uint256 interest_, uint256 delegateFee_, uint256 treasuryFee_) {
        uint256 drawableFundsBeforePayment = _drawableFunds;

        // The amount specified is an optional amount to be transfer from the caller, as a convenience for EOAs.
        require(amount_ == uint256(0) || ERC20Helper.transferFrom(_fundsAsset, msg.sender, address(this), amount_), "ML:MP:TRANSFER_FROM_FAILED");

        ( principal_, interest_, delegateFee_, treasuryFee_ ) = _makePayment();

        // Either the caller is the borrower or `_drawableFunds` has not decreased.
        require(msg.sender == _borrower || _drawableFunds >= drawableFundsBeforePayment, "ML:MP:CANNOT_USE_DRAWABLE");

        emit PaymentMade(principal_, interest_, delegateFee_, treasuryFee_);
    }

    function postCollateral(uint256 amount_) public override whenProtocolNotPaused returns (uint256 collateralPosted_) {
        // The amount specified is an optional amount to be transfer from the caller, as a convenience for EOAs.
        require(
            amount_ == uint256(0) || ERC20Helper.transferFrom(_collateralAsset, msg.sender, address(this), amount_),
            "ML:PC:TRANSFER_FROM_FAILED"
        );

        emit CollateralPosted(collateralPosted_ = _postCollateral());
    }

    function proposeNewTerms(address refinancer_, uint256 deadline_, bytes[] calldata calls_) external override whenProtocolNotPaused {
        require(msg.sender == _borrower,      "ML:PNT:NOT_BORROWER");
        require(deadline_ >= block.timestamp, "ML:PNT:INVALID_DEADLINE");

        emit NewTermsProposed(_proposeNewTerms(refinancer_, deadline_, calls_), refinancer_, deadline_, calls_);
    }

    function removeCollateral(uint256 amount_, address destination_) external override whenProtocolNotPaused {
        require(msg.sender == _borrower, "ML:RC:NOT_BORROWER");

        emit CollateralRemoved(amount_, destination_);

        _removeCollateral(amount_, destination_);
    }

    function returnFunds(uint256 amount_) external override whenProtocolNotPaused returns (uint256 fundsReturned_) {
        // The amount specified is an optional amount to be transfer from the caller, as a convenience for EOAs.
        require(amount_ == uint256(0) || ERC20Helper.transferFrom(_fundsAsset, msg.sender, address(this), amount_), "ML:RF:TRANSFER_FROM_FAILED");

        emit FundsReturned(fundsReturned_ = _returnFunds());
    }

    function setPendingBorrower(address pendingBorrower_) external override {
        require(msg.sender == _borrower, "ML:SPB:NOT_BORROWER");

        emit PendingBorrowerSet(_pendingBorrower = pendingBorrower_);
    }

    /**********************/
    /*** Lend Functions ***/
    /**********************/

    function acceptLender() external override {
        require(msg.sender == _pendingLender, "ML:AL:NOT_PENDING_LENDER");

        _pendingLender = address(0);

        emit LenderAccepted(_lender = msg.sender);
    }

    function acceptNewTerms(address refinancer_, uint256 deadline_, bytes[] calldata calls_, uint256 amount_) external override whenProtocolNotPaused {
        address lenderAddress = _lender;

        require(msg.sender == lenderAddress, "ML:ANT:NOT_LENDER");

        address fundsAssetAddress = _fundsAsset;

        // The amount specified is an optional amount to be transfer from the caller, as a convenience for EOAs.
        require(amount_ == uint256(0) || ERC20Helper.transferFrom(fundsAssetAddress, msg.sender, address(this), amount_), "ML:ANT:TRANSFER_FROM_FAILED");

        emit NewTermsAccepted(_acceptNewTerms(refinancer_, deadline_, calls_), refinancer_, deadline_, calls_);
        emit EstablishmentFeesSet(_delegateFee, _treasuryFee);

        uint256 extra = _getUnaccountedAmount(fundsAssetAddress);

        // NOTE: This block ensures unaccounted funds (pre-existing or due to over-funding) gets redirected to the lender.
        if (extra > uint256(0)) {
            emit FundsRedirected(extra, lenderAddress);
            require(ERC20Helper.transfer(fundsAssetAddress, lenderAddress, extra), "ML:ANT:TRANSFER_FAILED");
        }
    }

    function claimFunds(uint256 amount_, address destination_) external override whenProtocolNotPaused {
        require(msg.sender == _lender, "ML:CF:NOT_LENDER");

        emit FundsClaimed(amount_, destination_);

        _claimFunds(amount_, destination_);
    }

    function fundLoan(address lender_, uint256 amount_) external override whenProtocolNotPaused returns (uint256 fundsLent_) {
        address fundsAssetAddress = _fundsAsset;

        // The amount specified is an optional amount to be transferred from the caller, as a convenience for EOAs.
        require(amount_ == uint256(0) || ERC20Helper.transferFrom(fundsAssetAddress, msg.sender, address(this), amount_), "ML:FL:TRANSFER_FROM_FAILED");

        // If the loan is not active, fund it.
        if (_nextPaymentDueDate == uint256(0)) {
            // NOTE: `_nextPaymentDueDate` emitted in event is updated by `_fundLoan`.
            emit Funded(lender_, fundsLent_ = _fundLoan(lender_), _nextPaymentDueDate);
        }

        uint256 extra         = _getUnaccountedAmount(fundsAssetAddress);
        address lenderAddress = _lender;

        // NOTE: This block is not only a stopgap solution to allow a LiquidityLockerV1 to send funds to a DebtLocker, while maintaining PoolV1 accounting,
        //       but also ensures unaccounted funds (pre-existing or due to over-funding) gets redirected to the lender.
        if (extra > uint256(0)) {
            emit FundsRedirected(extra, lenderAddress);
            require(ERC20Helper.transfer(fundsAssetAddress, lenderAddress, extra), "ML:FL:TRANSFER_FAILED");
        }
    }

    function repossess(address destination_) external override whenProtocolNotPaused returns (uint256 collateralRepossessed_, uint256 fundsRepossessed_) {
        require(msg.sender == _lender, "ML:R:NOT_LENDER");

        ( collateralRepossessed_, fundsRepossessed_ ) = _repossess(destination_);

        emit Repossessed(collateralRepossessed_, fundsRepossessed_, destination_);
    }

    function setPendingLender(address pendingLender_) external override {
        require(msg.sender == _lender, "ML:SPL:NOT_LENDER");

        emit PendingLenderSet(_pendingLender = pendingLender_);
    }

    /*******************************/
    /*** Miscellaneous Functions ***/
    /*******************************/

    function rejectNewTerms(address refinancer_, uint256 deadline_, bytes[] calldata calls_) external override whenProtocolNotPaused {
        require((msg.sender == _borrower) || (msg.sender == _lender), "L:RNT:NO_AUTH");

        emit NewTermsRejected(_rejectNewTerms(refinancer_, deadline_, calls_), refinancer_, deadline_, calls_);
    }

    function skim(address token_, address destination_) external override whenProtocolNotPaused returns (uint256 skimmed_) {
        require((msg.sender == _borrower) || (msg.sender == _lender),    "L:S:NO_AUTH");
        require((token_ != _fundsAsset) && (token_ != _collateralAsset), "L:S:INVALID_TOKEN");

        emit Skimmed(token_, skimmed_ = IERC20(token_).balanceOf(address(this)), destination_);

        require(ERC20Helper.transfer(token_, destination_, skimmed_), "L:S:TRANSFER_FAILED");
    }

    /**********************/
    /*** View Functions ***/
    /**********************/

    function getAdditionalCollateralRequiredFor(uint256 drawdown_) public view override returns (uint256 collateral_) {
        // Determine the collateral needed in the contract for a reduced drawable funds amount.
        uint256 collateralNeeded  = _getCollateralRequiredFor(_principal, _drawableFunds - drawdown_, _principalRequested, _collateralRequired);
        uint256 currentCollateral = _collateral;

        return collateralNeeded > currentCollateral ? collateralNeeded - currentCollateral : uint256(0);
    }

    function getEarlyPaymentBreakdown() external view override returns (uint256 principal_, uint256 interest_, uint256 delegateFee_, uint256 treasuryFee_) {
        ( principal_, interest_, delegateFee_, treasuryFee_ ) = _getEarlyPaymentBreakdown();
    }

    function getNextPaymentBreakdown() external view override returns (uint256 principal_, uint256 interest_, uint256 delegateFee_, uint256 treasuryFee_) {
        ( principal_, interest_, delegateFee_, treasuryFee_ ) = _getNextPaymentBreakdown();
    }

    function getRefinanceInterest(uint256 timestamp_) external view override returns (uint256 proRataInterest_) {
        ( proRataInterest_, ) = _getRefinanceInterestParams(
            timestamp_,
            _paymentInterval,
            _principal,
            _endingPrincipal,
            _interestRate,
            _paymentsRemaining,
            _nextPaymentDueDate,
            _lateFeeRate,
            _lateInterestPremium
        );
    }

    function isProtocolPaused() public view override returns (bool paused_) {
        return IMapleGlobalsLike(IMapleProxyFactory(_factory()).mapleGlobals()).protocolPaused();
    }

    /****************************/
    /*** State View Functions ***/
    /****************************/

    function borrower() external view override returns (address borrower_) {
        return _borrower;
    }

    function claimableFunds() external view override returns (uint256 claimableFunds_) {
        return _claimableFunds;
    }

    function collateral() external view override returns (uint256 collateral_) {
        return _collateral;
    }

    function collateralAsset() external view override returns (address collateralAsset_) {
        return _collateralAsset;
    }

    function collateralRequired() external view override returns (uint256 collateralRequired_) {
        return _collateralRequired;
    }

    function delegateFee() external view override returns (uint256 delegateFee_) {
        return _delegateFee;
    }

    function drawableFunds() external view override returns (uint256 drawableFunds_) {
        return _drawableFunds;
    }

    function earlyFeeRate() external view override returns (uint256 earlyFeeRate_) {
        return _earlyFeeRate;
    }

    function endingPrincipal() external view override returns (uint256 endingPrincipal_) {
        return _endingPrincipal;
    }

    function excessCollateral() external view override returns (uint256 excessCollateral_) {
        uint256 collateralNeeded  = _getCollateralRequiredFor(_principal, _drawableFunds, _principalRequested, _collateralRequired);
        uint256 currentCollateral = _collateral;

        return currentCollateral > collateralNeeded ? currentCollateral - collateralNeeded : uint256(0);
    }

    function factory() external view override returns (address factory_) {
        return _factory();
    }

    function fundsAsset() external view override returns (address fundsAsset_) {
        return _fundsAsset;
    }

    function gracePeriod() external view override returns (uint256 gracePeriod_) {
        return _gracePeriod;
    }

    function implementation() external view override returns (address implementation_) {
        return _implementation();
    }

    function interestRate() external view override returns (uint256 interestRate_) {
        return _interestRate;
    }

    function lateFeeRate() external view override returns (uint256 lateFeeRate_) {
        return _lateFeeRate;
    }

    function lateInterestPremium() external view override returns (uint256 lateInterestPremium_) {
        return _lateInterestPremium;
    }

    function lender() external view override returns (address lender_) {
        return _lender;
    }

    function nextPaymentDueDate() external view override returns (uint256 nextPaymentDueDate_) {
        return _nextPaymentDueDate;
    }

    function paymentInterval() external view override returns (uint256 paymentInterval_) {
        return _paymentInterval;
    }

    function paymentsRemaining() external view override returns (uint256 paymentsRemaining_) {
        return _paymentsRemaining;
    }

    function pendingBorrower() external view override returns (address pendingBorrower_) {
        return _pendingBorrower;
    }

    function pendingLender() external view override returns (address pendingLender_) {
        return _pendingLender;
    }

    function principalRequested() external view override returns (uint256 principalRequested_) {
        return _principalRequested;
    }

    function principal() external view override returns (uint256 principal_) {
        return _principal;
    }

    function refinanceCommitment() external view override returns (bytes32 refinanceCommitment_) {
        return _refinanceCommitment;
    }

    function refinanceInterest() external view override returns (uint256 refinanceInterest_) {
        return _refinanceInterest;
    }

    // NOTE: This is needed for `fundLoan` call from PoolV1.
    function superFactory() external view override returns (address superFactory_) {
        return _factory();
    }

    function treasuryFee() external view override returns (uint256 treasuryFee_) {
        return _treasuryFee;
    }

}

// SPDX-License-Identifier: AGPL-3.0-or-later
pragma solidity 0.8.7;

import { IERC20 }                from "../modules/erc20/contracts/interfaces/IERC20.sol";
import { ERC20Helper }           from "../modules/erc20-helper/src/ERC20Helper.sol";
import { MapleProxiedInternals } from "../modules/maple-proxy-factory/contracts/MapleProxiedInternals.sol";

import { ILenderLike, IMapleGlobalsLike } from "./interfaces/Interfaces.sol";
import { IMapleLoanFactory }              from "./interfaces/IMapleLoanFactory.sol";

/// @title MapleLoanInternals defines the storage layout and internal logic of MapleLoan.
abstract contract MapleLoanInternals is MapleProxiedInternals {

    uint256 private constant SCALED_ONE = uint256(10 ** 18);

    // Roles
    address internal _borrower;         // The address of the borrower.
    address internal _lender;           // The address of the lender.
    address internal _pendingBorrower;  // The address of the pendingBorrower, the only address that can accept the borrower role.
    address internal _pendingLender;    // The address of the pendingLender, the only address that can accept the lender role.

    // Assets
    address internal _collateralAsset;  // The address of the asset used as collateral.
    address internal _fundsAsset;       // The address of the asset used as funds.

    // Loan Term Parameters
    uint256 internal _gracePeriod;      // The number of seconds a payment can be late.
    uint256 internal _paymentInterval;  // The number of seconds between payments.

    // Rates
    uint256 internal _interestRate;         // The annualized interest rate of the loan.
    uint256 internal _earlyFeeRate;         // The fee rate for prematurely closing loans.
    uint256 internal _lateFeeRate;          // The fee rate for late payments.
    uint256 internal _lateInterestPremium;  // The amount to increase the interest rate by for late payments.

    // Requested Amounts
    uint256 internal _collateralRequired;  // The collateral the borrower is expected to put up to draw down all _principalRequested.
    uint256 internal _principalRequested;  // The funds the borrowers wants to borrow.
    uint256 internal _endingPrincipal;     // The principal to remain at end of loan.

    // State
    uint256 internal _drawableFunds;       // The amount of funds that can be drawn down.
    uint256 internal _claimableFunds;      // The amount of funds that the lender can claim (principal repayments, interest, etc).
    uint256 internal _collateral;          // The amount of collateral, in collateral asset, that is currently posted.
    uint256 internal _nextPaymentDueDate;  // The timestamp of due date of next payment.
    uint256 internal _paymentsRemaining;   // The number of payments remaining.
    uint256 internal _principal;           // The amount of principal yet to be paid down.

    // Refinance
    bytes32 internal _refinanceCommitment;

    uint256 internal _refinanceInterest;

    // Establishment fees
    uint256 internal _delegateFee;
    uint256 internal _treasuryFee;

    /**********************************/
    /*** Internal General Functions ***/
    /**********************************/

    /// @dev Clears all state variables to end a loan, but keep borrower and lender withdrawal functionality intact.
    function _clearLoanAccounting() internal {
        _gracePeriod     = uint256(0);
        _paymentInterval = uint256(0);

        _interestRate        = uint256(0);
        _earlyFeeRate        = uint256(0);
        _lateFeeRate         = uint256(0);
        _lateInterestPremium = uint256(0);

        _endingPrincipal = uint256(0);

        _nextPaymentDueDate = uint256(0);
        _paymentsRemaining  = uint256(0);
        _principal          = uint256(0);

        _delegateFee = uint256(0);
        _treasuryFee = uint256(0);
    }

    /**
     *  @dev   Initializes the loan.
     *  @param borrower_    The address of the borrower.
     *  @param assets_      Array of asset addresses.
     *                          [0]: collateralAsset,
     *                          [1]: fundsAsset.
     *  @param termDetails_ Array of loan parameters:
     *                          [0]: gracePeriod,
     *                          [1]: paymentInterval,
     *                          [2]: payments,
     *  @param amounts_     Requested amounts:
     *                          [0]: collateralRequired,
     *                          [1]: principalRequested,
     *                          [2]: endingPrincipal.
     *  @param rates_       Fee parameters:
     *                          [0]: interestRate,
     *                          [1]: earlyFeeRate,
     *                          [2]: lateFeeRate,
     *                          [3]: lateInterestPremium.
     */
    function _initialize(
        address borrower_,
        address[2] memory assets_,
        uint256[3] memory termDetails_,
        uint256[3] memory amounts_,
        uint256[4] memory rates_
    )
        internal
    {
        // Principal requested needs to be non-zero (see `_getCollateralRequiredFor` math).
        require(amounts_[1] > uint256(0), "MLI:I:INVALID_PRINCIPAL");

        // Ending principal needs to be less than or equal to principal requested.
        require(amounts_[2] <= amounts_[1], "MLI:I:INVALID_ENDING_PRINCIPAL");

        require((_borrower = borrower_) != address(0), "MLI:I:INVALID_BORROWER");

        _collateralAsset = assets_[0];
        _fundsAsset      = assets_[1];

        _gracePeriod       = termDetails_[0];
        _paymentInterval   = termDetails_[1];
        _paymentsRemaining = termDetails_[2];

        _collateralRequired = amounts_[0];
        _principalRequested = amounts_[1];
        _endingPrincipal    = amounts_[2];

        _interestRate        = rates_[0];
        _earlyFeeRate        = rates_[1];
        _lateFeeRate         = rates_[2];
        _lateInterestPremium = rates_[3];

        _setEstablishmentFees(amounts_[1], termDetails_[1], uint256(0), uint256(0));
    }

    /**************************************/
    /*** Internal Borrow-side Functions ***/
    /**************************************/

    /// @dev Prematurely ends a loan by making all remaining payments.
    function _closeLoan() internal returns (uint256 principal_, uint256 interest_, uint256 delegateFee_, uint256 treasuryFee_) {
        require(block.timestamp <= _nextPaymentDueDate, "MLI:CL:PAYMENT_IS_LATE");

        ( principal_, interest_, delegateFee_, treasuryFee_ ) = _getEarlyPaymentBreakdown();

        _refinanceInterest  = uint256(0);

        uint256 principalAndInterest = principal_ + interest_;

        // The drawable funds are increased by the extra funds in the contract, minus the total needed for payment.
        // NOTE: This line will revert if not enough funds were added for the full payment amount.
        _drawableFunds = (_drawableFunds + _getUnaccountedAmount(_fundsAsset)) - (principalAndInterest + delegateFee_ + treasuryFee_);

        _claimableFunds += principalAndInterest;

        _processEstablishmentFees(delegateFee_, treasuryFee_);

        _clearLoanAccounting();
    }

    /// @dev Sends `amount_` of `_drawableFunds` to `destination_`.
    function _drawdownFunds(uint256 amount_, address destination_) internal {
        _drawableFunds -= amount_;

        require(ERC20Helper.transfer(_fundsAsset, destination_, amount_), "MLI:DF:TRANSFER_FAILED");
        require(_isCollateralMaintained(),                                "MLI:DF:INSUFFICIENT_COLLATERAL");
    }

    /// @dev Makes a payment to progress the loan closer to maturity.
    function _makePayment() internal returns (uint256 principal_, uint256 interest_, uint256 delegateFee_, uint256 treasuryFee_) {
        ( principal_, interest_, delegateFee_, treasuryFee_ ) = _getNextPaymentBreakdown();

        _refinanceInterest = uint256(0);

        uint256 principalAndInterest = principal_ + interest_;

        // The drawable funds are increased by the extra funds in the contract, minus the total needed for payment.
        // NOTE: This line will revert if not enough funds were added for the full payment amount.
        _drawableFunds = (_drawableFunds + _getUnaccountedAmount(_fundsAsset)) - (principalAndInterest + delegateFee_ + treasuryFee_);

        _claimableFunds += principalAndInterest;

        _processEstablishmentFees(delegateFee_, treasuryFee_);

        uint256 paymentsRemaining = _paymentsRemaining;

        if (paymentsRemaining == uint256(1)) {
            _clearLoanAccounting();  // Assumes `_getNextPaymentBreakdown` returns a `principal_` that is `_principal`.
        } else {
            _nextPaymentDueDate += _paymentInterval;
            _principal          -= principal_;
            _paymentsRemaining   = paymentsRemaining - uint256(1);
        }
    }

    /// @dev Registers the delivery of an amount of collateral to be posted.
    function _postCollateral() internal returns (uint256 collateralPosted_) {
        _collateral += (collateralPosted_ = _getUnaccountedAmount(_collateralAsset));
    }

    /// @dev Sets refinance commitment given refinance operations.
    function _proposeNewTerms(address refinancer_, uint256 deadline_, bytes[] calldata calls_) internal returns (bytes32 proposedRefinanceCommitment_) {
        return _refinanceCommitment =
            calls_.length > uint256(0)
                ? _getRefinanceCommitment(refinancer_, deadline_, calls_)
                : bytes32(0);
    }

    /// @dev Sends `amount_` of `_collateral` to `destination_`.
    function _removeCollateral(uint256 amount_, address destination_) internal {
        _collateral -= amount_;

        require(ERC20Helper.transfer(_collateralAsset, destination_, amount_), "MLI:RC:TRANSFER_FAILED");
        require(_isCollateralMaintained(),                                     "MLI:RC:INSUFFICIENT_COLLATERAL");
    }

    /// @dev Registers the delivery of an amount of funds to be returned as `_drawableFunds`.
    function _returnFunds() internal returns (uint256 fundsReturned_) {
        _drawableFunds += (fundsReturned_ = _getUnaccountedAmount(_fundsAsset));
    }

    /************************************/
    /*** Internal Lend-side Functions ***/
    /************************************/

    /// @dev Processes refinance operations.
    function _acceptNewTerms(address refinancer_, uint256 deadline_, bytes[] calldata calls_) internal returns (bytes32 acceptedRefinanceCommitment_) {
        // NOTE: A zero refinancer address and/or empty calls array will never (probabilistically) match a refinance commitment in storage.
        require(_refinanceCommitment == (acceptedRefinanceCommitment_ = _getRefinanceCommitment(refinancer_, deadline_, calls_)), "MLI:ANT:COMMITMENT_MISMATCH");

        require(refinancer_.code.length != uint256(0), "MLI:ANT:INVALID_REFINANCER");

        require(block.timestamp <= deadline_, "MLI:ANT:EXPIRED_COMMITMENT");

        uint256 preRefinancePaymentInterval = _paymentInterval;

        // Get the amount of interest owed since the last payment due date, as well as the time since the last due date
        ( uint256 proRataInterest, uint256 timeSinceLastPaymentDueDate ) = _getRefinanceInterestParams(
            block.timestamp,
            preRefinancePaymentInterval,
            _principal,
            _endingPrincipal,
            _interestRate,
            _paymentsRemaining,
            _nextPaymentDueDate,
            _lateFeeRate,
            _lateInterestPremium
        );

        // In case there is still a refinance interest, just increment it instead of setting it.
        _refinanceInterest += proRataInterest;

        // Clear refinance commitment to prevent implications of re-acceptance of another call to `_acceptNewTerms`.
        _refinanceCommitment = bytes32(0);

        uint256 length = calls_.length;
        for (uint256 i; i < length;) {
            ( bool success, ) = refinancer_.delegatecall(calls_[i]);
            require(success, "MLI:ANT:FAILED");
            unchecked { ++i; }
        }

        // Track any uncaptured establishment fees and spread over the course of new loan.
        // If `timeSinceLastPaymentDueDate` is zero, these will both equal zero.
        uint256 extraDelegateFee = (_delegateFee * timeSinceLastPaymentDueDate) / (preRefinancePaymentInterval * _paymentsRemaining);
        uint256 extraTreasuryFee = (_treasuryFee * timeSinceLastPaymentDueDate) / (preRefinancePaymentInterval * _paymentsRemaining);

        // Increment the due date to be one full payment interval from now, to restart the payment schedule with new terms.
        // NOTE: `_paymentInterval` here is possibly newly set via the above delegate calls, so cache it.
        uint256 paymentInterval  = _paymentInterval;
        _nextPaymentDueDate = block.timestamp + paymentInterval;

        // Update establishment fees.
        // NOTE: `_principal` here is possibly newly increased/decreased via the above delegate calls.
        _setEstablishmentFees(_principal, paymentInterval, extraDelegateFee, extraTreasuryFee);

        // Ensure that collateral is maintained after changes made.
        require(_isCollateralMaintained(), "MLI:ANT:INSUFFICIENT_COLLATERAL");
    }

    /// @dev Sends `amount_` of `_claimableFunds` to `destination_`.
    ///      If `amount_` is higher than `_claimableFunds` the transaction will underflow and revert.
    function _claimFunds(uint256 amount_, address destination_) internal {
        _claimableFunds -= amount_;

        require(ERC20Helper.transfer(_fundsAsset, destination_, amount_), "MLI:CF:TRANSFER_FAILED");
    }

    /// @dev Fund the loan and kick off the repayment requirements.
    function _fundLoan(address lender_) internal returns (uint256 fundsLent_) {
        require(lender_ != address(0), "MLI:FL:INVALID_LENDER");

        uint256 paymentsRemaining = _paymentsRemaining;

        // Can only fund loan if there are payments remaining (as defined by the initialization) and no payment is due yet (as set by a funding).
        require((_nextPaymentDueDate == uint256(0)) && (paymentsRemaining != uint256(0)), "MLI:FL:LOAN_ACTIVE");

        uint256 paymentInterval = _paymentInterval;

        _lender = lender_;

        _nextPaymentDueDate = block.timestamp + paymentInterval;

        // Amount funded and principal are as requested.
        fundsLent_ = _principal = _principalRequested;

        address fundsAsset = _fundsAsset;

        // Cannot under-fund loan, but over-funding results in additional funds left unaccounted for.
        require(_getUnaccountedAmount(fundsAsset) >= fundsLent_, "MLI:FL:WRONG_FUND_AMOUNT");

        _drawableFunds = fundsLent_;
    }

    /// @dev Process establishment fees for a payment.
    function _processEstablishmentFees(uint256 delegateFee_, uint256 treasuryFee_) internal {
        if (!_sendFee(_lender, ILenderLike.poolDelegate.selector, delegateFee_)) {
            _claimableFunds += delegateFee_;
        }

        if (!_sendFee(_mapleGlobals(), IMapleGlobalsLike.mapleTreasury.selector, treasuryFee_)) {
            _claimableFunds += treasuryFee_;
        }
    }

    /// @dev Explicitly cancel a proposed refinance commitment
    function _rejectNewTerms(address refinancer_, uint256 deadline_, bytes[] calldata calls_) internal returns (bytes32 rejectedRefinanceCommitment_){
        require(_refinanceCommitment == (rejectedRefinanceCommitment_ = _getRefinanceCommitment(refinancer_, deadline_, calls_)), "MLI:RNT:COMMITMENT_MISMATCH");
        _refinanceCommitment = bytes32(0);
    }

    function _sendFee(address lookup_, bytes4 selector_, uint256 amount_) internal returns (bool success_) {
        if (amount_ == uint256(0)) return true;

        ( bool success , bytes memory data ) = lookup_.call(abi.encodeWithSelector(selector_));

        if (!success || data.length != uint256(32)) return false;

        address destination = abi.decode(data, (address));

        if (destination == address(0)) return false;

        return ERC20Helper.transfer(_fundsAsset, destination, amount_);
    }

    /// @dev Set establishment fees for funds lent, capturing unpaid establishment fees from refinance.
    function _setEstablishmentFees(uint256 fundsLent_, uint256 paymentInterval_, uint256 extraDelegateFee_, uint256 extraTreasuryFee_) internal {
        IMapleGlobalsLike globals = IMapleGlobalsLike(_mapleGlobals());

        // Store the annualized delegate fee.
        _delegateFee = (fundsLent_ * globals.investorFee() * paymentInterval_) / uint256(365 days * 10_000) + extraDelegateFee_;

        // Store the annualized treasury fee.
        _treasuryFee = (fundsLent_ * globals.treasuryFee() * paymentInterval_) / uint256(365 days * 10_000) + extraTreasuryFee_;
    }

    /// @dev Reset all state variables in order to release funds and collateral of a loan in default.
    function _repossess(address destination_) internal returns (uint256 collateralRepossessed_, uint256 fundsRepossessed_) {
        uint256 nextPaymentDueDate = _nextPaymentDueDate;

        require(
            nextPaymentDueDate != uint256(0) && (block.timestamp > nextPaymentDueDate + _gracePeriod),
            "MLI:R:NOT_IN_DEFAULT"
        );

        _clearLoanAccounting();

        // Uniquely in `_repossess`, stop accounting for all funds so that they can be swept.
        _collateral     = uint256(0);
        _claimableFunds = uint256(0);
        _drawableFunds  = uint256(0);

        address collateralAsset = _collateralAsset;

        // Either there is no collateral to repossess, or the transfer of the collateral succeeds.
        require(
            (collateralRepossessed_ = _getUnaccountedAmount(collateralAsset)) == uint256(0) ||
            ERC20Helper.transfer(collateralAsset, destination_, collateralRepossessed_),
            "MLI:R:C_TRANSFER_FAILED"
        );

        address fundsAsset = _fundsAsset;

        // Either there are no funds to repossess, or the transfer of the funds succeeds.
        require(
            (fundsRepossessed_ = _getUnaccountedAmount(fundsAsset)) == uint256(0) ||
            ERC20Helper.transfer(fundsAsset, destination_, fundsRepossessed_),
            "MLI:R:F_TRANSFER_FAILED"
        );
    }

    /*******************************/
    /*** Internal View Functions ***/
    /*******************************/

    /// @dev Returns whether the amount of collateral posted is commensurate with the amount of drawn down (outstanding) principal.
    function _isCollateralMaintained() internal view returns (bool isMaintained_) {
        return _collateral >= _getCollateralRequiredFor(_principal, _drawableFunds, _principalRequested, _collateralRequired);
    }

    /// @dev Get principal and interest breakdown for paying off the entire loan early.
    function _getEarlyPaymentBreakdown() internal view returns (uint256 principal_, uint256 interest_, uint256 delegateFee_, uint256 treasuryFee_) {
        // Compute interest and include any uncaptured interest from refinance.
        interest_ = (((principal_ = _principal) * _earlyFeeRate) / SCALED_ONE) + _refinanceInterest;

        uint256 paymentsRemaining = _paymentsRemaining;

        delegateFee_ = _delegateFee * paymentsRemaining;
        treasuryFee_ = _treasuryFee * paymentsRemaining;
    }

    /// @dev Get principal and interest breakdown for next standard payment.
    function _getNextPaymentBreakdown() internal view returns (uint256 principal_, uint256 interest_, uint256 delegateFee_, uint256 treasuryFee_) {
        ( principal_, interest_ ) = _getPaymentBreakdown(
            block.timestamp,
            _nextPaymentDueDate,
            _paymentInterval,
            _principal,
            _endingPrincipal,
            _paymentsRemaining,
            _interestRate,
            _lateFeeRate,
            _lateInterestPremium
        );

        // Include any uncaptured interest from refinance.
        interest_ += _refinanceInterest;

        delegateFee_ = _delegateFee;
        treasuryFee_ = _treasuryFee;
    }

    /// @dev Returns the amount of an `asset_` that this contract owns, which is not currently accounted for by its state variables.
    function _getUnaccountedAmount(address asset_) internal view returns (uint256 unaccountedAmount_) {
        return IERC20(asset_).balanceOf(address(this))
            - (asset_ == _collateralAsset ? _collateral : uint256(0))                   // `_collateral` is `_collateralAsset` accounted for.
            - (asset_ == _fundsAsset ? _claimableFunds + _drawableFunds : uint256(0));  // `_claimableFunds` and `_drawableFunds` are `_fundsAsset` accounted for.
    }

    /// @dev Returns the address of the Maple Globals contract.
    function _mapleGlobals() internal view returns (address mapleGlobals_) {
        return IMapleLoanFactory(_factory()).mapleGlobals();
    }

    /*******************************/
    /*** Internal Pure Functions ***/
    /*******************************/

    /// @dev Returns the total collateral to be posted for some drawn down (outstanding) principal and overall collateral ratio requirement.
    function _getCollateralRequiredFor(
        uint256 principal_,
        uint256 drawableFunds_,
        uint256 principalRequested_,
        uint256 collateralRequired_
    )
        internal pure returns (uint256 collateral_)
    {
        // Where (collateral / outstandingPrincipal) should be greater or equal to (collateralRequired / principalRequested).
        // NOTE: principalRequested_ cannot be 0, which is reasonable, since it means this was never a loan.
        return principal_ <= drawableFunds_ ? uint256(0) : (collateralRequired_ * (principal_ - drawableFunds_)) / principalRequested_;
    }

    /// @dev Returns principal and interest portions of a payment instalment, given generic, stateless loan parameters.
    function _getInstallment(uint256 principal_, uint256 endingPrincipal_, uint256 interestRate_, uint256 paymentInterval_, uint256 totalPayments_)
        internal pure returns (uint256 principalAmount_, uint256 interestAmount_)
    {
        /*************************************************************************************************\
         *                             |                                                                 *
         * A = installment amount      |      /                         \     /           R           \  *
         * P = principal remaining     |     |  /                 \      |   | ----------------------- | *
         * R = interest rate           | A = | | P * ( 1 + R ) ^ N | - E | * |   /             \       | *
         * N = payments remaining      |     |  \                 /      |   |  | ( 1 + R ) ^ N | - 1  | *
         * E = ending principal target |      \                         /     \  \             /      /  *
         *                             |                                                                 *
         *                             |---------------------------------------------------------------- *
         *                                                                                               *
         * - Where R           is `periodicRate`                                                         *
         * - Where (1 + R) ^ N is `raisedRate`                                                           *
         * - Both of these rates are scaled by 1e18 (e.g., 12% => 0.12 * 10 ** 18)                       *
        \*************************************************************************************************/

        uint256 periodicRate = _getPeriodicInterestRate(interestRate_, paymentInterval_);
        uint256 raisedRate   = _scaledExponent(SCALED_ONE + periodicRate, totalPayments_, SCALED_ONE);

        // NOTE: If a lack of precision in `_scaledExponent` results in a `raisedRate` smaller than one, assume it to be one and simplify the equation.
        if (raisedRate <= SCALED_ONE) return ((principal_ - endingPrincipal_) / totalPayments_, uint256(0));

        uint256 total = ((((principal_ * raisedRate) / SCALED_ONE) - endingPrincipal_) * periodicRate) / (raisedRate - SCALED_ONE);

        interestAmount_  = _getInterest(principal_, interestRate_, paymentInterval_);
        principalAmount_ = total >= interestAmount_ ? total - interestAmount_ : uint256(0);
    }

    /// @dev Returns an amount by applying an annualized and scaled interest rate, to a principal, over an interval of time.
    function _getInterest(uint256 principal_, uint256 interestRate_, uint256 interval_) internal pure returns (uint256 interest_) {
        return (principal_ * _getPeriodicInterestRate(interestRate_, interval_)) / SCALED_ONE;
    }

    /// @dev Returns total principal and interest portion of a number of payments, given generic, stateless loan parameters and loan state.
    function _getPaymentBreakdown(
        uint256 currentTime_,
        uint256 nextPaymentDueDate_,
        uint256 paymentInterval_,
        uint256 principal_,
        uint256 endingPrincipal_,
        uint256 paymentsRemaining_,
        uint256 interestRate_,
        uint256 lateFeeRate_,
        uint256 lateInterestPremium_
    )
        internal pure
        returns (uint256 principalAmount_, uint256 interestAmount_)
    {
        ( principalAmount_, interestAmount_ ) = _getInstallment(
            principal_,
            endingPrincipal_,
            interestRate_,
            paymentInterval_,
            paymentsRemaining_
        );

        principalAmount_ = paymentsRemaining_ == uint256(1) ? principal_ : principalAmount_;

        interestAmount_ += _getLateInterest(
            currentTime_,
            principal_,
            interestRate_,
            nextPaymentDueDate_,
            lateFeeRate_,
            lateInterestPremium_
        );
    }

    function _getRefinanceInterestParams(
        uint256 currentTime_,
        uint256 paymentInterval_,
        uint256 principal_,
        uint256 endingPrincipal_,
        uint256 interestRate_,
        uint256 paymentsRemaining_,
        uint256 nextPaymentDueDate_,
        uint256 lateFeeRate_,
        uint256 lateInterestPremium_
    )
        internal pure returns (uint256 refinanceInterest_, uint256 timeSinceLastPaymentDueDate_)
    {
        // If the user has made an early payment, there is no refinance interest owed.
        if (currentTime_ + paymentInterval_ < nextPaymentDueDate_) return (0, 0);

        timeSinceLastPaymentDueDate_ = currentTime_ - (nextPaymentDueDate_ - paymentInterval_);

        ( , refinanceInterest_ ) = _getInstallment(
            principal_,
            endingPrincipal_,
            interestRate_,
            timeSinceLastPaymentDueDate_,
            paymentsRemaining_
        );

        refinanceInterest_ += _getLateInterest(
            currentTime_,
            principal_,
            interestRate_,
            nextPaymentDueDate_,
            lateFeeRate_,
            lateInterestPremium_
        );
    }

    function _getLateInterest(
        uint256 currentTime_,
        uint256 principal_,
        uint256 interestRate_,
        uint256 nextPaymentDueDate_,
        uint256 lateFeeRate_,
        uint256 lateInterestPremium_
    )
        internal pure returns (uint256 lateInterest_)
    {
        if (currentTime_ <= nextPaymentDueDate_) return 0;

        // Calculates the number of full days late in seconds (will always be multiples of 86,400).
        // Rounds up and is inclusive so that if a payment is 1s late or 24h0m0s late it is 1 full day late.
        // 24h0m1s late would be two full days late.
        // (((86400n - 0n - 1n) / 86400n) + 1n) * 86400n = 86400n
        // (((86401n - 0n - 1n) / 86400n) + 1n) * 86400n = 172800n
        uint256 fullDaysLate = (((currentTime_ - nextPaymentDueDate_ - 1) / 1 days) + 1) * 1 days;

        lateInterest_ += _getInterest(principal_, interestRate_ + lateInterestPremium_, fullDaysLate);
        lateInterest_ += (lateFeeRate_ * principal_) / SCALED_ONE;
    }

    /// @dev Returns the interest rate over an interval, given an annualized interest rate.
    function _getPeriodicInterestRate(uint256 interestRate_, uint256 interval_) internal pure returns (uint256 periodicInterestRate_) {
        return (interestRate_ * interval_) / uint256(365 days);
    }

    /// @dev Returns refinance commitment given refinance parameters.
    function _getRefinanceCommitment(address refinancer_, uint256 deadline_, bytes[] calldata calls_) internal pure returns (bytes32 refinanceCommitment_) {
        return keccak256(abi.encode(refinancer_, deadline_, calls_));
    }

    /**
     *  @dev Returns exponentiation of a scaled base value.
     *
     *       Walk through example:
     *       LINE  |  base_          |  exponent_  |  one_  |  result_
     *             |  3_00           |  18         |  1_00  |  0_00
     *        A    |  3_00           |  18         |  1_00  |  1_00
     *        B    |  3_00           |  9          |  1_00  |  1_00
     *        C    |  9_00           |  9          |  1_00  |  1_00
     *        D    |  9_00           |  9          |  1_00  |  9_00
     *        B    |  9_00           |  4          |  1_00  |  9_00
     *        C    |  81_00          |  4          |  1_00  |  9_00
     *        B    |  81_00          |  2          |  1_00  |  9_00
     *        C    |  6_561_00       |  2          |  1_00  |  9_00
     *        B    |  6_561_00       |  1          |  1_00  |  9_00
     *        C    |  43_046_721_00  |  1          |  1_00  |  9_00
     *        D    |  43_046_721_00  |  1          |  1_00  |  387_420_489_00
     *        B    |  43_046_721_00  |  0          |  1_00  |  387_420_489_00
     *
     * Another implementation of this algorithm can be found in Dapphub's DSMath contract:
     * https://github.com/dapphub/ds-math/blob/ce67c0fa9f8262ecd3d76b9e4c026cda6045e96c/src/math.sol#L77
     */
    function _scaledExponent(uint256 base_, uint256 exponent_, uint256 one_) internal pure returns (uint256 result_) {
        // If exponent_ is odd, set result_ to base_, else set to one_.
        result_ = exponent_ & uint256(1) != uint256(0) ? base_ : one_;          // A

        // Divide exponent_ by 2 (overwriting itself) and proceed if not zero.
        while ((exponent_ >>= uint256(1)) != uint256(0)) {                      // B
            base_ = (base_ * base_) / one_;                                     // C

            // If exponent_ is even, go back to top.
            if (exponent_ & uint256(1) == uint256(0)) continue;

            // If exponent_ is odd, multiply result_ is multiplied by base_.
            result_ = (result_ * base_) / one_;                                 // D
        }
    }

}

// SPDX-License-Identifier: AGPL-3.0-or-later
pragma solidity 0.8.7;

import { IMapleProxied } from "../../modules/maple-proxy-factory/contracts/interfaces/IMapleProxied.sol";

import { IMapleLoanEvents } from "./IMapleLoanEvents.sol";

/// @title MapleLoan implements a primitive loan with additional functionality, and is intended to be proxied.
interface IMapleLoan is IMapleProxied, IMapleLoanEvents {

    /***********************/
    /*** State Variables ***/
    /***********************/

    /**
     *  @dev The borrower of the loan, responsible for repayments.
     */
    function borrower() external view returns (address borrower_);

    /**
     *  @dev The amount of funds that have yet to be claimed by the lender.
     */
    function claimableFunds() external view returns (uint256 claimableFunds_);

    /**
     *  @dev The amount of collateral posted against outstanding (drawn down) principal.
     */
    function collateral() external view returns (uint256 collateral_);

    /**
     *  @dev The address of the asset deposited by the borrower as collateral, if needed.
     */
    function collateralAsset() external view returns (address collateralAsset_);

    /**
     *  @dev The amount of collateral required if all of the principal required is drawn down.
     */
    function collateralRequired() external view returns (uint256 collateralRequired_);

    /**
     *  @dev The delegate establishment fee.
     */
    function delegateFee() external view returns (uint256 delegateFee_);

    /**
     *  @dev The amount of funds that have yet to be drawn down by the borrower.
     */
    function drawableFunds() external view returns (uint256 drawableFunds_);

    /**
     *  @dev The rate charged at early payments.
     *       This value should be configured so that it is less expensive to close a loan with more than one payment remaining, but
     *       more expensive to close it if on the last payment.
     */
    function earlyFeeRate() external view returns (uint256 earlyFeeRate_);

    /**
     *  @dev The portion of principal to not be paid down as part of payment installments, which would need to be paid back upon final payment.
     *       If endingPrincipal = principal, loan is interest-only.
     */
    function endingPrincipal() external view returns (uint256 endingPrincipal_);

    /**
     *  @dev The asset deposited by the lender to fund the loan.
     */
    function fundsAsset() external view returns (address fundsAsset_);

    /**
     *  @dev The amount of time the borrower has, after a payment is due, to make a payment before being in default.
     */
    function gracePeriod() external view returns (uint256 gracePeriod_);

    /**
     *  @dev The annualized interest rate (APR), in units of 1e18, (i.e. 1% is 0.01e18).
     */
    function interestRate() external view returns (uint256 interestRate_);

    /**
     *  @dev The rate charged at late payments.
     */
    function lateFeeRate() external view returns (uint256 lateFeeRate_);

    /**
     *  @dev The premium over the regular interest rate applied when paying late.
     */
    function lateInterestPremium() external view returns (uint256 lateInterestPremium_);

    /**
     *  @dev The lender of the Loan.
     */
    function lender() external view returns (address lender_);

    /**
     *  @dev The timestamp due date of the next payment.
     */
    function nextPaymentDueDate() external view returns (uint256 nextPaymentDueDate_);

    /**
     *  @dev The specified time between loan payments.
     */
    function paymentInterval() external view returns (uint256 paymentInterval_);

    /**
     *  @dev The number of payment installments remaining for the loan.
     */
    function paymentsRemaining() external view returns (uint256 paymentsRemaining_);

    /**
     *  @dev The address of the pending borrower.
     */
    function pendingBorrower() external view returns (address pendingBorrower_);

    /**
     *  @dev The address of the pending lender.
     */
    function pendingLender() external view returns (address pendingLender_);

    /**
     *  @dev The amount of principal owed (initially, the requested amount), which needs to be paid back.
     */
    function principal() external view returns (uint256 principal_);

    /**
     *  @dev The initial principal amount requested by the borrower.
     */
    function principalRequested() external view returns (uint256 principalRequested_);

    /**
     *  @dev The hash of the proposed refinance agreement.
     */
    function refinanceCommitment() external view returns (bytes32 refinanceCommitment_);

    /**
     *  @dev Amount of unpaid interest that has accrued before a refinance was accepted.
     */
    function refinanceInterest() external view returns (uint256 refinanceInterest_);

    /**
     *  @dev The factory address that deployed this contract (necessary for PoolV1 integration).
     */
    function superFactory() external view returns (address superFactory_);

    /**
     *  @dev The treasury establishment fee.
     */
    function treasuryFee() external view returns (uint256 treasuryFee_);

    /********************************/
    /*** State Changing Functions ***/
    /********************************/

    /**
     *  @dev Accept the borrower role, must be called by pendingBorrower.
     */
    function acceptBorrower() external;

    /**
     *  @dev Accept the lender role, must be called by pendingLender.
     */
    function acceptLender() external;

    /**
     *  @dev   Accept the proposed terms ans trigger refinance execution
     *  @param refinancer_ The address of the refinancer contract.
     *  @param deadline_   The deadline for accepting the new terms.
     *  @param calls_      The encoded arguments to be passed to refinancer.
     *  @param amount_     An amount to pull from the caller, if any.
     */
    function acceptNewTerms(address refinancer_, uint256 deadline_, bytes[] calldata calls_, uint256 amount_) external;

    /**
     *  @dev   Claim funds that have been paid (principal, interest, and late fees).
     *  @param amount_      The amount to be claimed.
     *  @param destination_ The address to send the funds.
     */
    function claimFunds(uint256 amount_, address destination_) external;

    /**
     *  @dev    Repay all principal and fees and close a loan.
     *  @param  amount_      An amount to pull from the caller, if any.
     *  @return principal_   The portion of the amount paying back principal.
     *  @return interest_    The portion of the amount paying interest.
     *  @return delegateFee_ The portion of the amount paying establishment fees to the delegate.
     *  @return treasuryFee_ The portion of the amount paying establishment fees to the treasury.
     */
    function closeLoan(uint256 amount_) external returns (uint256 principal_, uint256 interest_, uint256 delegateFee_, uint256 treasuryFee_);

    /**
     *  @dev    Draw down funds from the loan.
     *  @param  amount_           The amount to draw down.
     *  @param  destination_      The address to send the funds.
     *  @return collateralPosted_ The amount of additional collateral posted, if any.
     */
    function drawdownFunds(uint256 amount_, address destination_) external returns (uint256 collateralPosted_);

    /**
     *  @dev    Lend funds to the loan/borrower.
     *  @param  lender_    The address to be registered as the lender.
     *  @param  amount_    An amount to pull from the caller, if any.
     *  @return fundsLent_ The amount funded.
     */
    function fundLoan(address lender_, uint256 amount_) external returns (uint256 fundsLent_);

    /**
     *  @dev    Make a payment to the loan.
     *  @param  amount_      An amount to pull from the caller, if any.
     *  @return principal_   The portion of the amount paying back principal.
     *  @return interest_    The portion of the amount paying interest fees.
     *  @return delegateFee_ The portion of the amount paying establishment fees to the delegate.
     *  @return treasuryFee_ The portion of the amount paying establishment fees to the treasury.
     */
    function makePayment(uint256 amount_) external returns (uint256 principal_, uint256 interest_, uint256 delegateFee_, uint256 treasuryFee_);

    /**
     *  @dev    Post collateral to the loan.
     *  @param  amount_           An amount to pull from the caller, if any.
     *  @return collateralPosted_ The amount posted.
     */
    function postCollateral(uint256 amount_) external returns (uint256 collateralPosted_);

    /**
     *  @dev   Propose new terms for refinance
     *  @param refinancer_ The address of the refinancer contract.
     *  @param deadline_   The deadline for accepting the new terms.
     *  @param calls_      The encoded arguments to be passed to refinancer.
     */
    function proposeNewTerms(address refinancer_, uint256 deadline_, bytes[] calldata calls_) external;

    /**
     *  @dev   Nullify the current proposed terms.
     *  @param refinancer_ The address of the refinancer contract.
     *  @param deadline_   The deadline for accepting the new terms.
     *  @param calls_      The encoded arguments to be passed to refinancer.
     */
    function rejectNewTerms(address refinancer_, uint256 deadline_, bytes[] calldata calls_) external;

    /**
     *  @dev   Remove collateral from the loan (opposite of posting collateral).
     *  @param amount_      The amount removed.
     *  @param destination_ The destination to send the removed collateral.
     */
    function removeCollateral(uint256 amount_, address destination_) external;

    /**
     *  @dev    Return funds to the loan (opposite of drawing down).
     *  @param  amount_        An amount to pull from the caller, if any.
     *  @return fundsReturned_ The amount returned.
     */
    function returnFunds(uint256 amount_) external returns (uint256 fundsReturned_);

    /**
     *  @dev    Repossess collateral, and any funds, for a loan in default.
     *  @param  destination_           The address where the collateral and funds asset is to be sent, if any.
     *  @return collateralRepossessed_ The amount of collateral asset repossessed.
     *  @return fundsRepossessed_      The amount of funds asset repossessed.
     */
    function repossess(address destination_) external returns (uint256 collateralRepossessed_, uint256 fundsRepossessed_);

    /**
     *  @dev   Set the pendingBorrower to a new account.
     *  @param pendingBorrower_ The address of the new pendingBorrower.
     */
    function setPendingBorrower(address pendingBorrower_) external;

    /**
     *  @dev   Set the pendingLender to a new account.
     *  @param pendingLender_ The address of the new pendingLender.
     */
    function setPendingLender(address pendingLender_) external;

    /**
     *  @dev    Remove some token (neither fundsAsset nor collateralAsset) from the loan.
     *  @param  token_       The address of the token contract.
     *  @param  destination_ The recipient of the token.
     *  @return skimmed_     The amount of token removed from the loan.
     */
    function skim(address token_, address destination_) external returns (uint256 skimmed_);

    /**********************/
    /*** View Functions ***/
    /**********************/

    /**
     *  @dev    Returns the excess collateral that can be removed.
     *  @return excessCollateral_ The excess collateral that can be removed, if any.
     */
    function excessCollateral() external view returns (uint256 excessCollateral_);

    /**
     *  @dev    Get the additional collateral to be posted to drawdown some amount.
     *  @param  drawdown_             The amount desired to be drawn down.
     *  @return additionalCollateral_ The additional collateral that must be posted, if any.
     */
    function getAdditionalCollateralRequiredFor(uint256 drawdown_) external view returns (uint256 additionalCollateral_);

    /**
     *  @dev    Get the breakdown of the total payment needed to satisfy an early repayment.
     *  @return principal_   The portion of the total amount that will go towards principal.
     *  @return interest_    The portion of the total amount that will go towards interest fees.
     *  @return delegateFee_ The portion of the total amount that will go towards establishment fees to the delegate.
     *  @return treasuryFee_ The portion of the total amount that will go towards establishment fees to the treasury.
     */
    function getEarlyPaymentBreakdown() external view returns (uint256 principal_, uint256 interest_, uint256 delegateFee_, uint256 treasuryFee_);

    /**
     *  @dev    Get the breakdown of the total payment needed to satisfy the next payment installment.
     *  @return principal_   The portion of the total amount that will go towards principal.
     *  @return interest_    The portion of the total amount that will go towards interest fees.
     *  @return delegateFee_ The portion of the total amount that will go towards establishment fees to the delegate.
     *  @return treasuryFee_ The portion of the total amount that will go towards establishment fees to the treasury.
     */
    function getNextPaymentBreakdown() external view returns (uint256 principal_, uint256 interest_, uint256 delegateFee_, uint256 treasuryFee_);

    /**
     *  @dev    Get the extra interest that will be charged according to loan terms before refinance, based on a given timestamp.
     *  @param  timestamp_       The timestamp when the new terms will be accepted.
     *  @return proRataInterest_ The interest portion to be added in the next payment.
     */
    function getRefinanceInterest(uint256 timestamp_) external view returns (uint256 proRataInterest_);

    /**
     *  @dev    Returns whether the protocol is paused.
     *  @return paused_ A boolean indicating if protocol is paused.
     */
    function isProtocolPaused() external view returns (bool paused_);

}

// SPDX-License-Identifier: AGPL-3.0-or-later
pragma solidity 0.8.7;

/// @title IMapleLoanEvents defines the events for a MapleLoan.
interface IMapleLoanEvents {

    /**
     *  @dev   Borrower was accepted, and set to a new account.
     *  @param borrower_ The address of the new borrower.
     */
    event BorrowerAccepted(address indexed borrower_);

    /**
     *  @dev   Collateral was posted.
     *  @param amount_ The amount of collateral posted.
     */
    event CollateralPosted(uint256 amount_);

    /**
     *  @dev   Collateral was removed.
     *  @param amount_      The amount of collateral removed.
     *  @param destination_ The recipient of the collateral removed.
     */
    event CollateralRemoved(uint256 amount_, address indexed destination_);

    /**
     *  @dev   Establishment fees were set.
     *  @param delegateFee_ The amount that will be paid as an establishment fee to the delegate.
     *  @param treasuryFee_ The amount that will be paid as an establishment fee to the treasury.
     */
    event EstablishmentFeesSet(uint256 delegateFee_, uint256 treasuryFee_);

    /**
     *  @dev   The loan was funded.
     *  @param lender_             The address of the lender.
     *  @param amount_             The amount funded.
     *  @param nextPaymentDueDate_ The due date of the next payment.
     */
    event Funded(address indexed lender_, uint256 amount_, uint256 nextPaymentDueDate_);

    /**
     *  @dev   Funds were claimed.
     *  @param amount_      The amount of funds claimed.
     *  @param destination_ The recipient of the funds claimed.
     */
    event FundsClaimed(uint256 amount_, address indexed destination_);

    /**
     *  @dev   Funds were drawn.
     *  @param amount_      The amount of funds drawn.
     *  @param destination_ The recipient of the funds drawn down.
     */
    event FundsDrawnDown(uint256 amount_, address indexed destination_);

    /**
     *  @dev   Funds were redirected on an additional `fundLoan` call.
     *  @param amount_      The amount of funds redirected.
     *  @param destination_ The recipient of the redirected funds.
     */
    event FundsRedirected(uint256 amount_, address indexed destination_);

    /**
     *  @dev   Funds were returned.
     *  @param amount_ The amount of funds returned.
     */
    event FundsReturned(uint256 amount_);

    /**
     *  @dev   The loan was initialized.
     *  @param borrower_    The address of the borrower.
     *  @param assets_      Array of asset addresses.
     *                          [0]: collateralAsset,
     *                          [1]: fundsAsset.
     *  @param termDetails_ Array of loan parameters:
     *                          [0]: gracePeriod,
     *                          [1]: paymentInterval,
     *                          [2]: payments,
     *  @param amounts_     Requested amounts:
     *                          [0]: collateralRequired,
     *                          [1]: principalRequested,
     *                          [2]: endingPrincipal.
     *  @param rates_       Fee parameters:
     *                          [0]: interestRate,
     *                          [1]: earlyFeeRate,
     *                          [2]: lateFeeRate,
     *                          [3]: lateInterestPremium.
     */
    event Initialized(address indexed borrower_, address[2] assets_, uint256[3] termDetails_, uint256[3] amounts_, uint256[4] rates_);

    /**
     *  @dev   Lender was accepted, and set to a new account.
     *  @param lender_ The address of the new lender.
     */
    event LenderAccepted(address indexed lender_);

    /**
     *  @dev   Loan was repaid early and closed.
     *  @param principalPaid_   The portion of the total amount that went towards principal.
     *  @param interestPaid_    The portion of the total amount that went towards interest.
     *  @param delegateFeePaid_ The portion of the total amount that went towards the establishment fee for the delegate.
     *  @param treasuryFeePaid_ The portion of the total amount that went towards the establishment fee for the treasury.
     */
    event LoanClosed(uint256 principalPaid_, uint256 interestPaid_, uint256 delegateFeePaid_, uint256 treasuryFeePaid_);

    /**
     *  @dev   The terms of the refinance proposal were accepted.
     *  @param refinanceCommitment_ The hash of the refinancer, deadline, and calls proposed.
     *  @param refinancer_          The address that will execute the refinance.
     *  @param deadline_            The deadline for accepting the new terms.
     *  @param calls_               The individual calls for the refinancer contract.
     */
    event NewTermsAccepted(bytes32 refinanceCommitment_, address refinancer_, uint256 deadline_, bytes[] calls_);

    /**
     *  @dev   A refinance was proposed.
     *  @param refinanceCommitment_ The hash of the refinancer, deadline, and calls proposed.
     *  @param refinancer_          The address that will execute the refinance.
     *  @param deadline_            The deadline for accepting the new terms.
     *  @param calls_               The individual calls for the refinancer contract.
     */
    event NewTermsProposed(bytes32 refinanceCommitment_, address refinancer_, uint256 deadline_, bytes[] calls_);

    /**
     *  @dev   The terms of the refinance proposal were rejected.
     *  @param refinanceCommitment_ The hash of the refinancer, deadline, and calls proposed.
     *  @param refinancer_          The address that will execute the refinance.
     *  @param deadline_            The deadline for accepting the new terms.
     *  @param calls_               The individual calls for the refinancer contract.
     */
    event NewTermsRejected(bytes32 refinanceCommitment_, address refinancer_, uint256 deadline_, bytes[] calls_);

    /**
     *  @dev   Payments were made.
     *  @param principalPaid_   The portion of the total amount that went towards principal.
     *  @param interestPaid_    The portion of the total amount that went towards interest.
     *  @param delegateFeePaid_ The portion of the total amount that went towards the establishment fee for the delegate.
     *  @param treasuryFeePaid_ The portion of the total amount that went towards the establishment fee for the treasury.
     */
    event PaymentMade(uint256 principalPaid_, uint256 interestPaid_, uint256 delegateFeePaid_, uint256 treasuryFeePaid_);

    /**
     *  @dev   Pending borrower was set.
     *  @param pendingBorrower_ Address that can accept the borrower role.
     */
    event PendingBorrowerSet(address pendingBorrower_);

    /**
     *  @dev   Pending lender was set.
     *  @param pendingLender_ Address that can accept the lender role.
     */
    event PendingLenderSet(address pendingLender_);

    /**
     *  @dev   The loan was in default and funds and collateral was repossessed by the lender.
     *  @param collateralRepossessed_ The amount of collateral asset repossessed.
     *  @param fundsRepossessed_      The amount of funds asset repossessed.
     *  @param destination_           The recipient of the collateral and funds, if any.
     */
    event Repossessed(uint256 collateralRepossessed_, uint256 fundsRepossessed_, address indexed destination_);

    /**
     *  @dev   Some token (neither fundsAsset nor collateralAsset) was removed from the loan.
     *  @param token_       The address of the token contract.
     *  @param amount_      The amount of token remove from the loan.
     *  @param destination_ The recipient of the token.
     */
    event Skimmed(address indexed token_, uint256 amount_, address indexed destination_);

}

// SPDX-License-Identifier: AGPL-3.0-or-later
pragma solidity 0.8.7;

import { IMapleProxyFactory } from "../../modules/maple-proxy-factory/contracts/interfaces/IMapleProxyFactory.sol";

/// @title MapleLoanFactory deploys Loan instances.
interface IMapleLoanFactory is IMapleProxyFactory {

    /**
     *  @dev    Whether the proxy is a MapleLoan deployed by this factory.
     *  @param  proxy_  The address of the proxy contract.
     *  @return isLoan_ Whether the proxy is a MapleLoan deployed by this factory.
     */
    function isLoan(address proxy_) external view returns (bool isLoan_);

}

// SPDX-License-Identifier: AGPL-3.0-or-later
pragma solidity 0.8.7;

interface ILenderLike {

    function poolDelegate() external view returns (address poolDelegate_);

}

interface IMapleGlobalsLike {

    /// @dev The address of the security admin
    function globalAdmin() external view returns (address globalAdmin_);

    /// @dev The address of the Governor responsible for management of global Maple variables.
    function governor() external view returns (address governor_);

    /// @dev The fee rate directed to Pool Delegates.
    function investorFee() external view returns (uint256 investorFee_);

    /// @dev The Treasury where all fees pass through for conversion, prior to distribution.
    function mapleTreasury() external view returns (address mapleTreasury_);

    /// @dev A boolean indicating whether the protocol is paused.
    function protocolPaused() external view returns (bool paused_);

    /// @dev The fee rate directed to the Maple Treasury.
    function treasuryFee() external view returns (uint256 treasuryFee_);

}

// SPDX-License-Identifier: AGPL-3.0-only
pragma solidity 0.8.7;

/// @title Interface of the ERC20 standard as defined in the EIP, including EIP-2612 permit functionality.
interface IERC20 {

    /**************/
    /*** Events ***/
    /**************/

    /**
     *  @dev   Emitted when one account has set the allowance of another account over their tokens.
     *  @param owner_   Account that tokens are approved from.
     *  @param spender_ Account that tokens are approved for.
     *  @param amount_  Amount of tokens that have been approved.
     */
    event Approval(address indexed owner_, address indexed spender_, uint256 amount_);

    /**
     *  @dev   Emitted when tokens have moved from one account to another.
     *  @param owner_     Account that tokens have moved from.
     *  @param recipient_ Account that tokens have moved to.
     *  @param amount_    Amount of tokens that have been transferred.
     */
    event Transfer(address indexed owner_, address indexed recipient_, uint256 amount_);

    /**************************/
    /*** External Functions ***/
    /**************************/

    /**
     *  @dev    Function that allows one account to set the allowance of another account over their tokens.
     *          Emits an {Approval} event.
     *  @param  spender_ Account that tokens are approved for.
     *  @param  amount_  Amount of tokens that have been approved.
     *  @return success_ Boolean indicating whether the operation succeeded.
     */
    function approve(address spender_, uint256 amount_) external returns (bool success_);

    /**
     *  @dev    Function that allows one account to decrease the allowance of another account over their tokens.
     *          Emits an {Approval} event.
     *  @param  spender_          Account that tokens are approved for.
     *  @param  subtractedAmount_ Amount to decrease approval by.
     *  @return success_          Boolean indicating whether the operation succeeded.
     */
    function decreaseAllowance(address spender_, uint256 subtractedAmount_) external returns (bool success_);

    /**
     *  @dev    Function that allows one account to increase the allowance of another account over their tokens.
     *          Emits an {Approval} event.
     *  @param  spender_     Account that tokens are approved for.
     *  @param  addedAmount_ Amount to increase approval by.
     *  @return success_     Boolean indicating whether the operation succeeded.
     */
    function increaseAllowance(address spender_, uint256 addedAmount_) external returns (bool success_);

    /**
     *  @dev   Approve by signature.
     *  @param owner_    Owner address that signed the permit.
     *  @param spender_  Spender of the permit.
     *  @param amount_   Permit approval spend limit.
     *  @param deadline_ Deadline after which the permit is invalid.
     *  @param v_        ECDSA signature v component.
     *  @param r_        ECDSA signature r component.
     *  @param s_        ECDSA signature s component.
     */
    function permit(address owner_, address spender_, uint amount_, uint deadline_, uint8 v_, bytes32 r_, bytes32 s_) external;

    /**
     *  @dev    Moves an amount of tokens from `msg.sender` to a specified account.
     *          Emits a {Transfer} event.
     *  @param  recipient_ Account that receives tokens.
     *  @param  amount_    Amount of tokens that are transferred.
     *  @return success_   Boolean indicating whether the operation succeeded.
     */
    function transfer(address recipient_, uint256 amount_) external returns (bool success_);

    /**
     *  @dev    Moves a pre-approved amount of tokens from a sender to a specified account.
     *          Emits a {Transfer} event.
     *          Emits an {Approval} event.
     *  @param  owner_     Account that tokens are moving from.
     *  @param  recipient_ Account that receives tokens.
     *  @param  amount_    Amount of tokens that are transferred.
     *  @return success_   Boolean indicating whether the operation succeeded.
     */
    function transferFrom(address owner_, address recipient_, uint256 amount_) external returns (bool success_);

    /**********************/
    /*** View Functions ***/
    /**********************/

    /**
     *  @dev    Returns the allowance that one account has given another over their tokens.
     *  @param  owner_     Account that tokens are approved from.
     *  @param  spender_   Account that tokens are approved for.
     *  @return allowance_ Allowance that one account has given another over their tokens.
     */
    function allowance(address owner_, address spender_) external view returns (uint256 allowance_);

    /**
     *  @dev    Returns the amount of tokens owned by a given account.
     *  @param  account_ Account that owns the tokens.
     *  @return balance_ Amount of tokens owned by a given account.
     */
    function balanceOf(address account_) external view returns (uint256 balance_);

    /**
     *  @dev    Returns the decimal precision used by the token.
     *  @return decimals_ The decimal precision used by the token.
     */
    function decimals() external view returns (uint8 decimals_);

    /**
     *  @dev    Returns the signature domain separator.
     *  @return domainSeparator_ The signature domain separator.
     */
    function DOMAIN_SEPARATOR() external view returns (bytes32 domainSeparator_);

    /**
     *  @dev    Returns the name of the token.
     *  @return name_ The name of the token.
     */
    function name() external view returns (string memory name_);

    /**
      *  @dev    Returns the nonce for the given owner.
      *  @param  owner_  The address of the owner account.
      *  @return nonce_ The nonce for the given owner.
     */
    function nonces(address owner_) external view returns (uint256 nonce_);

    /**
     *  @dev    Returns the permit type hash.
     *  @return permitTypehash_ The permit type hash.
     */
    function PERMIT_TYPEHASH() external view returns (bytes32 permitTypehash_);

    /**
     *  @dev    Returns the symbol of the token.
     *  @return symbol_ The symbol of the token.
     */
    function symbol() external view returns (string memory symbol_);

    /**
     *  @dev    Returns the total amount of tokens in existence.
     *  @return totalSupply_ The total amount of tokens in existence.
     */
    function totalSupply() external view returns (uint256 totalSupply_);

}

// SPDX-License-Identifier: AGPL-3.0-only
pragma solidity ^0.8.7;

import { IERC20Like } from "./interfaces/IERC20Like.sol";

/**
 * @title Small Library to standardize erc20 token interactions.
 */
library ERC20Helper {

    /**************************/
    /*** Internal Functions ***/
    /**************************/

    function transfer(address token_, address to_, uint256 amount_) internal returns (bool success_) {
        return _call(token_, abi.encodeWithSelector(IERC20Like.transfer.selector, to_, amount_));
    }

    function transferFrom(address token_, address from_, address to_, uint256 amount_) internal returns (bool success_) {
        return _call(token_, abi.encodeWithSelector(IERC20Like.transferFrom.selector, from_, to_, amount_));
    }

    function approve(address token_, address spender_, uint256 amount_) internal returns (bool success_) {
        // If setting approval to zero fails, return false.
        if (!_call(token_, abi.encodeWithSelector(IERC20Like.approve.selector, spender_, uint256(0)))) return false;

        // If `amount_` is zero, return true as the previous step already did this.
        if (amount_ == uint256(0)) return true;

        // Return the result of setting the approval to `amount_`.
        return _call(token_, abi.encodeWithSelector(IERC20Like.approve.selector, spender_, amount_));
    }

    function _call(address token_, bytes memory data_) private returns (bool success_) {
        if (token_.code.length == uint256(0)) return false;

        bytes memory returnData;
        ( success_, returnData ) = token_.call(data_);

        return success_ && (returnData.length == uint256(0) || abi.decode(returnData, (bool)));
    }

}

// SPDX-License-Identifier: AGPL-3.0-only
pragma solidity ^0.8.7;

/// @title Interface of the ERC20 standard as needed by ERC20Helper.
interface IERC20Like {

    function approve(address spender_, uint256 amount_) external returns (bool success_);

    function transfer(address recipient_, uint256 amount_) external returns (bool success_);

    function transferFrom(address owner_, address recipient_, uint256 amount_) external returns (bool success_);

}

// SPDX-License-Identifier: AGPL-3.0-or-later
pragma solidity 0.8.7;

import { ProxiedInternals } from "../modules/proxy-factory/contracts/ProxiedInternals.sol";

/// @title A Maple implementation that is to be proxied, will need MapleProxiedInternals.
abstract contract MapleProxiedInternals is ProxiedInternals {}

// SPDX-License-Identifier: AGPL-3.0-or-later
pragma solidity 0.8.7;

import { IProxied } from "../../modules/proxy-factory/contracts/interfaces/IProxied.sol";

/// @title A Maple implementation that is to be proxied, must implement IMapleProxied.
interface IMapleProxied is IProxied {

    /**
     *  @dev   The instance was upgraded.
     *  @param toVersion_ The new version of the loan.
     *  @param arguments_ The upgrade arguments, if any.
     */
    event Upgraded(uint256 toVersion_, bytes arguments_);

    /**
     *  @dev   Upgrades a contract implementation to a specific version.
     *         Access control logic critical since caller can force a selfdestruct via a malicious `migrator_` which is delegatecalled.
     *  @param toVersion_ The version to upgrade to.
     *  @param arguments_ Some encoded arguments to use for the upgrade.
     */
    function upgrade(uint256 toVersion_, bytes calldata arguments_) external;

}

// SPDX-License-Identifier: AGPL-3.0-or-later
pragma solidity 0.8.7;

import { IDefaultImplementationBeacon } from "../../modules/proxy-factory/contracts/interfaces/IDefaultImplementationBeacon.sol";

/// @title A Maple factory for Proxy contracts that proxy MapleProxied implementations.
interface IMapleProxyFactory is IDefaultImplementationBeacon {

    /**************/
    /*** Events ***/
    /**************/

    /**
     *  @dev   A default version was set.
     *  @param version_ The default version.
     */
    event DefaultVersionSet(uint256 indexed version_);

    /**
     *  @dev   A version of an implementation, at some address, was registered, with an optional initializer.
     *  @param version_               The version registered.
     *  @param implementationAddress_ The address of the implementation.
     *  @param initializer_           The address of the initializer, if any.
     */
    event ImplementationRegistered(uint256 indexed version_, address indexed implementationAddress_, address indexed initializer_);

    /**
     *  @dev   A proxy contract was deployed with some initialization arguments.
     *  @param version_                 The version of the implementation being proxied by the deployed proxy contract.
     *  @param instance_                The address of the proxy contract deployed.
     *  @param initializationArguments_ The arguments used to initialize the proxy contract, if any.
     */
    event InstanceDeployed(uint256 indexed version_, address indexed instance_, bytes initializationArguments_);

    /**
     *  @dev   A instance has upgraded by proxying to a new implementation, with some migration arguments.
     *  @param instance_           The address of the proxy contract.
     *  @param fromVersion_        The initial implementation version being proxied.
     *  @param toVersion_          The new implementation version being proxied.
     *  @param migrationArguments_ The arguments used to migrate, if any.
     */
    event InstanceUpgraded(address indexed instance_, uint256 indexed fromVersion_, uint256 indexed toVersion_, bytes migrationArguments_);

    /**
     *  @dev   The MapleGlobals was set.
     *  @param mapleGlobals_ The address of a Maple Globals contract.
     */
    event MapleGlobalsSet(address indexed mapleGlobals_);

    /**
     *  @dev   An upgrade path was disabled, with an optional migrator contract.
     *  @param fromVersion_ The starting version of the upgrade path.
     *  @param toVersion_   The destination version of the upgrade path.
     */
    event UpgradePathDisabled(uint256 indexed fromVersion_, uint256 indexed toVersion_);

    /**
     *  @dev   An upgrade path was enabled, with an optional migrator contract.
     *  @param fromVersion_ The starting version of the upgrade path.
     *  @param toVersion_   The destination version of the upgrade path.
     *  @param migrator_    The address of the migrator, if any.
     */
    event UpgradePathEnabled(uint256 indexed fromVersion_, uint256 indexed toVersion_, address indexed migrator_);

    /***********************/
    /*** State Variables ***/
    /***********************/

    /**
     *  @dev The default version.
     */
    function defaultVersion() external view returns (uint256 defaultVersion_);

    /**
     *  @dev The address of the MapleGlobals contract.
     */
    function mapleGlobals() external view returns (address mapleGlobals_);

    /**
     *  @dev    Whether the upgrade is enabled for a path from a version to another version.
     *  @param  toVersion_   The initial version.
     *  @param  fromVersion_ The destination version.
     *  @return allowed_     Whether the upgrade is enabled.
     */
    function upgradeEnabledForPath(uint256 toVersion_, uint256 fromVersion_) external view returns (bool allowed_);

    /********************************/
    /*** State Changing Functions ***/
    /********************************/

    /**
     *  @dev    Deploys a new instance proxying the default implementation version, with some initialization arguments.
     *          Uses a nonce and `msg.sender` as a salt for the CREATE2 opcode during instantiation to produce deterministic addresses.
     *  @param  arguments_ The initialization arguments to use for the instance deployment, if any.
     *  @param  salt_      The salt to use in the contract creation process.
     *  @return instance_  The address of the deployed proxy contract.
     */
    function createInstance(bytes calldata arguments_, bytes32 salt_) external returns (address instance_);

    /**
     *  @dev   Enables upgrading from a version to a version of an implementation, with an optional migrator.
     *         Only the Governor can call this function.
     *  @param fromVersion_ The starting version of the upgrade path.
     *  @param toVersion_   The destination version of the upgrade path.
     *  @param migrator_    The address of the migrator, if any.
     */
    function enableUpgradePath(uint256 fromVersion_, uint256 toVersion_, address migrator_) external;

    /**
     *  @dev   Disables upgrading from a version to a version of a implementation.
     *         Only the Governor can call this function.
     *  @param fromVersion_ The starting version of the upgrade path.
     *  @param toVersion_   The destination version of the upgrade path.
     */
    function disableUpgradePath(uint256 fromVersion_, uint256 toVersion_) external;

    /**
     *  @dev   Registers the address of an implementation contract as a version, with an optional initializer.
     *         Only the Governor can call this function.
     *  @param version_               The version to register.
     *  @param implementationAddress_ The address of the implementation.
     *  @param initializer_           The address of the initializer, if any.
     */
    function registerImplementation(uint256 version_, address implementationAddress_, address initializer_) external;

    /**
     *  @dev   Sets the default version.
     *         Only the Governor can call this function.
     *  @param version_ The implementation version to set as the default.
     */
    function setDefaultVersion(uint256 version_) external;

    /**
     *  @dev   Sets the Maple Globals contract.
     *         Only the Governor can call this function.
     *  @param mapleGlobals_ The address of a Maple Globals contract.
     */
    function setGlobals(address mapleGlobals_) external;

    /**
     *  @dev   Upgrades the calling proxy contract's implementation, with some migration arguments.
     *  @param toVersion_ The implementation version to upgrade the proxy contract to.
     *  @param arguments_ The migration arguments, if any.
     */
    function upgradeInstance(uint256 toVersion_, bytes calldata arguments_) external;

    /**********************/
    /*** View Functions ***/
    /**********************/

    /**
     *  @dev    Returns the deterministic address of a potential proxy, given some arguments and salt.
     *  @param  arguments_       The initialization arguments to be used when deploying the proxy.
     *  @param  salt_            The salt to be used when deploying the proxy.
     *  @return instanceAddress_ The deterministic address of a potential proxy.
     */
    function getInstanceAddress(bytes calldata arguments_, bytes32 salt_) external view returns (address instanceAddress_);

    /**
     *  @dev    Returns the address of an implementation version.
     *  @param  version_        The implementation version.
     *  @return implementation_ The address of the implementation.
     */
    function implementationOf(uint256 version_) external view returns (address implementation_);

    /**
     *  @dev    Returns the address of a migrator contract for a migration path (from version, to version).
     *          If oldVersion_ == newVersion_, the migrator is an initializer.
     *  @param  oldVersion_ The old version.
     *  @param  newVersion_ The new version.
     *  @return migrator_   The address of a migrator contract.
     */
    function migratorForPath(uint256 oldVersion_, uint256 newVersion_) external view returns (address migrator_);

    /**
     *  @dev    Returns the version of an implementation contract.
     *  @param  implementation_ The address of an implementation contract.
     *  @return version_        The version of the implementation contract.
     */
    function versionOf(address implementation_) external view returns (uint256 version_);

}

// SPDX-License-Identifier: AGPL-3.0-only
pragma solidity ^0.8.7;

import { SlotManipulatable } from "./SlotManipulatable.sol";

/// @title An implementation that is to be proxied, will need ProxiedInternals.
abstract contract ProxiedInternals is SlotManipulatable {

    /// @dev Storage slot with the address of the current factory. `keccak256('eip1967.proxy.factory') - 1`.
    bytes32 private constant FACTORY_SLOT = bytes32(0x7a45a402e4cb6e08ebc196f20f66d5d30e67285a2a8aa80503fa409e727a4af1);

    /// @dev Storage slot with the address of the current factory. `keccak256('eip1967.proxy.implementation') - 1`.
    bytes32 private constant IMPLEMENTATION_SLOT = bytes32(0x360894a13ba1a3210667c828492db98dca3e2076cc3735a920a3ca505d382bbc);

    /// @dev Delegatecalls to a migrator contract to manipulate storage during an initialization or migration.
    function _migrate(address migrator_, bytes calldata arguments_) internal virtual returns (bool success_) {
        uint256 size;

        assembly {
            size := extcodesize(migrator_)
        }

        if (size == uint256(0)) return false;

        ( success_, ) = migrator_.delegatecall(arguments_);
    }

    /// @dev Sets the factory address in storage.
    function _setFactory(address factory_) internal virtual returns (bool success_) {
        _setSlotValue(FACTORY_SLOT, bytes32(uint256(uint160(factory_))));
        return true;
    }

    /// @dev Sets the implementation address in storage.
    function _setImplementation(address implementation_) internal virtual returns (bool success_) {
        _setSlotValue(IMPLEMENTATION_SLOT, bytes32(uint256(uint160(implementation_))));
        return true;
    }

    /// @dev Returns the factory address.
    function _factory() internal view virtual returns (address factory_) {
        return address(uint160(uint256(_getSlotValue(FACTORY_SLOT))));
    }

    /// @dev Returns the implementation address.
    function _implementation() internal view virtual returns (address implementation_) {
        return address(uint160(uint256(_getSlotValue(IMPLEMENTATION_SLOT))));
    }

}

// SPDX-License-Identifier: AGPL-3.0-only
pragma solidity ^0.8.7;

abstract contract SlotManipulatable {

    function _getReferenceTypeSlot(bytes32 slot_, bytes32 key_) internal pure returns (bytes32 value_) {
        return keccak256(abi.encodePacked(key_, slot_));
    }

    function _getSlotValue(bytes32 slot_) internal view returns (bytes32 value_) {
        assembly {
            value_ := sload(slot_)
        }
    }

    function _setSlotValue(bytes32 slot_, bytes32 value_) internal {
        assembly {
            sstore(slot_, value_)
        }
    }

}

// SPDX-License-Identifier: AGPL-3.0-only
pragma solidity ^0.8.7;

/// @title An beacon that provides a default implementation for proxies, must implement IDefaultImplementationBeacon.
interface IDefaultImplementationBeacon {

    /// @dev The address of an implementation for proxies.
    function defaultImplementation() external view returns (address defaultImplementation_);

}

// SPDX-License-Identifier: AGPL-3.0-only
pragma solidity ^0.8.7;

/// @title An implementation that is to be proxied, must implement IProxied.
interface IProxied {

    /**
     *  @dev The address of the proxy factory.
     */
    function factory() external view returns (address factory_);

    /**
     *  @dev The address of the implementation contract being proxied.
     */
    function implementation() external view returns (address implementation_);

    /**
     *  @dev   Modifies the proxy's implementation address.
     *  @param newImplementation_ The address of an implementation contract.
     */
    function setImplementation(address newImplementation_) external;

    /**
     *  @dev   Modifies the proxy's storage by delegate-calling a migrator contract with some arguments.
     *         Access control logic critical since caller can force a selfdestruct via a malicious `migrator_` which is delegatecalled.
     *  @param migrator_  The address of a migrator contract.
     *  @param arguments_ Some encoded arguments to use for the migration.
     */
    function migrate(address migrator_, bytes calldata arguments_) external;

}

{
  "remappings": [
    "contract-test-utils/=modules/contract-test-utils/contracts/",
    "erc20-helper/=modules/erc20-helper/src/",
    "erc20/=modules/erc20/",
    "maple-proxy-factory/=modules/maple-proxy-factory/"
  ],
  "optimizer": {
    "enabled": true,
    "runs": 200
  },
  "metadata": {
    "bytecodeHash": "ipfs"
  },
  "outputSelection": {
    "*": {
      "*": [
        "evm.bytecode",
        "evm.deployedBytecode",
        "devdoc",
        "userdoc",
        "metadata",
        "abi"
      ]
    }
  },
  "evmVersion": "london",
  "libraries": {}
}

• No Contract Security Audit Submitted- Submit Audit Here

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