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MasterHealer

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// SPDX-License-Identifier: MIT

pragma solidity 0.8.6;

import "@openzeppelin/contracts/proxy/utils/Initializable.sol";

import "./libs/IMasterchef.sol";

import "./BaseStrategyLPSingle.sol";

contract StrategyMasterChef is BaseStrategyLPSingle, Initializable {

contract StrategyMasterHealer is BaseStrategyLPSingle {

using SafeMath for uint256;

using SafeERC20 for IERC20;

address public masterchefAddress;

uint256 public pid;

/**

constructor(

address[8] _configAddresses,

address[5] memory _configAddress, //vaulthealer, masterchef, unirouter, want, earned

_configAddresses[0] _vaultChefAddress,

_configAddresses[1] _masterchefAddress,

_configAddresses[2] _uniRouterAddress,

_configAddresses[3] _wantAddress,

_configAddress[4] _earnedAddress,

_configAddress[5] _usdAddress,

_configAddress[6] _bananaAddress,

function initialize(

address[7] memory _configAddresses,

uint256 _pid,

address[] memory _earnedToWnativePath,

uint256 _tolerance,

address[] memory _earnedToUsdPath,

address[] memory _earnedToWmaticPath,

address[] memory _earnedToBananaPath,

address[] memory _earnedToUsdcPath,

address[] memory _earnedToCrystlPath,

address[] memory _earnedToToken0Path,

address[] memory _earnedToToken1Path,

address[] memory _token0ToEarnedPath,

address[] memory _token1ToEarnedPath

) external initializer {

) {

govAddress = msg.sender;

vaultChefAddress = _configAddresses[0];

vaultChefAddress = _configAddress[0];

masterchefAddress = _configAddresses[1];

masterchefAddress = _configAddress[1];

uniRouterAddress = _configAddresses[2];

uniRouterAddress = _configAddress[2];

wantAddress = _configAddresses[3];

wantAddress = _configAddress[3];

token0Address = IUniPair(wantAddress).token0();

token1Address = IUniPair(wantAddress).token1();

pid = _pid;

earnedAddress = _configAddresses[4];

earnedAddress = _configAddress[4];

usdAddress = _configAddresses[5];

tolerance = _tolerance;

bananaAddress = _configAddresses[6];

earnedToWnativePath = _earnedToWnativePath;

earnedToWnativePath = _earnedToWmaticPath;

earnedToUsdPath = _earnedToUsdPath;

earnedToUsdPath = _earnedToUsdcPath;

earnedToBananaPath = _earnedToBananaPath;

earnedToCrystlPath = _earnedToCrystlPath;

earnedToToken0Path = _earnedToToken0Path;

earnedToToken1Path = _earnedToToken1Path;

token0ToEarnedPath = _token0ToEarnedPath;

token1ToEarnedPath = _token1ToEarnedPath;

transferOwnership(vaultChefAddress);

_resetAllowances();

}

function _vaultDeposit(uint256 _amount) internal override {

IMasterchef(masterchefAddress).deposit(pid, _amount);

}

function _vaultWithdraw(uint256 _amount) internal override {

IMasterchef(masterchefAddress).withdraw(pid, _amount);

}

function _vaultHarvest() internal override {

IMasterchef(masterchefAddress).withdraw(pid, 0);

}

function vaultSharesTotal() public override view returns (uint256) {

(uint256 amount,) = IMasterchef(masterchefAddress).userInfo(pid, address(this));

return amount;

}

function wantLockedTotal() public override view returns (uint256) {

return IERC20(wantAddress).balanceOf(address(this))

.add(vaultSharesTotal());

}

function _resetAllowances() internal override {

IERC20(wantAddress).safeApprove(masterchefAddress, uint256(0));

IERC20(wantAddress).safeIncreaseAllowance(

masterchefAddress,

type(uint256).max

);

IERC20(earnedAddress).safeApprove(uniRouterAddress, uint256(0));

IERC20(earnedAddress).safeIncreaseAllowance(

uniRouterAddress,

type(uint256).max

);

IERC20(token0Address).safeApprove(uniRouterAddress, uint256(0));

IERC20(token0Address).safeIncreaseAllowance(

uniRouterAddress,

type(uint256).max

);

IERC20(token1Address).safeApprove(uniRouterAddress, uint256(0));

IERC20(token1Address).safeIncreaseAllowance(

uniRouterAddress,

type(uint256).max

);

}

function _emergencyVaultWithdraw() internal override {

IMasterchef(masterchefAddress).emergencyWithdraw(pid);

}

function _beforeDeposit(address _to) internal override {

}

function _beforeWithdraw(address _to) internal override {

}

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// SPDX-License-Identifier: MIT
pragma solidity 0.8.6;

import "@openzeppelin/contracts/proxy/utils/Initializable.sol";
import "./libs/IMasterchef.sol";
import "./BaseStrategyLPSingle.sol";

contract StrategyMasterChef is BaseStrategyLPSingle, Initializable {
    using SafeMath for uint256;
    using SafeERC20 for IERC20;

address public masterchefAddress;
    uint256 public pid;

/**
        address[8] _configAddresses,
        _configAddresses[0] _vaultChefAddress,
        _configAddresses[1] _masterchefAddress,
        _configAddresses[2] _uniRouterAddress,
        _configAddresses[3]  _wantAddress,
        _configAddress[4]  _earnedAddress,
        _configAddress[5]  _usdAddress,
        _configAddress[6]  _bananaAddress,
    */
    function initialize(
        address[7] memory _configAddresses,
        uint256 _pid,
        address[] memory _earnedToWnativePath,
        address[] memory _earnedToUsdPath,
        address[] memory _earnedToBananaPath,
        address[] memory _earnedToToken0Path,
        address[] memory _earnedToToken1Path,
        address[] memory _token0ToEarnedPath,
        address[] memory _token1ToEarnedPath
    ) external initializer {
        govAddress = msg.sender;
        vaultChefAddress = _configAddresses[0];
        masterchefAddress = _configAddresses[1];
        uniRouterAddress = _configAddresses[2];

wantAddress = _configAddresses[3];
        token0Address = IUniPair(wantAddress).token0();
        token1Address = IUniPair(wantAddress).token1();

pid = _pid;
        earnedAddress = _configAddresses[4];
        usdAddress = _configAddresses[5];
        bananaAddress = _configAddresses[6];

earnedToWnativePath = _earnedToWnativePath;
        earnedToUsdPath = _earnedToUsdPath;
        earnedToBananaPath = _earnedToBananaPath;
        earnedToToken0Path = _earnedToToken0Path;
        earnedToToken1Path = _earnedToToken1Path;
        token0ToEarnedPath = _token0ToEarnedPath;
        token1ToEarnedPath = _token1ToEarnedPath;

transferOwnership(vaultChefAddress);
        
        _resetAllowances();
    }

function _resetAllowances() internal override {
        IERC20(wantAddress).safeApprove(masterchefAddress, uint256(0));
        IERC20(wantAddress).safeIncreaseAllowance(
            masterchefAddress,
            type(uint256).max
        );

IERC20(earnedAddress).safeApprove(uniRouterAddress, uint256(0));
        IERC20(earnedAddress).safeIncreaseAllowance(
            uniRouterAddress,
            type(uint256).max
        );

IERC20(token0Address).safeApprove(uniRouterAddress, uint256(0));
        IERC20(token0Address).safeIncreaseAllowance(
            uniRouterAddress,
            type(uint256).max
        );

IERC20(token1Address).safeApprove(uniRouterAddress, uint256(0));
        IERC20(token1Address).safeIncreaseAllowance(
            uniRouterAddress,
            type(uint256).max
        );

}
    
    function _emergencyVaultWithdraw() internal override {
        IMasterchef(masterchefAddress).emergencyWithdraw(pid);
    }

function _beforeDeposit(address _to) internal override {
        
    }

function _beforeWithdraw(address _to) internal override {
        
    }
}

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// SPDX-License-Identifier: MIT
pragma solidity 0.8.6;

import "./libs/IMasterchef.sol";
import "./BaseStrategyLPSingle.sol";

contract StrategyMasterHealer is BaseStrategyLPSingle {
    using SafeMath for uint256;
    using SafeERC20 for IERC20;

address public masterchefAddress;
    uint256 public pid;

constructor(
        address[5] memory _configAddress, //vaulthealer, masterchef, unirouter, want, earned
        uint256 _pid,
        uint256 _tolerance,
        address[] memory _earnedToWmaticPath,
        address[] memory _earnedToUsdcPath,
        address[] memory _earnedToCrystlPath,
        address[] memory _earnedToToken0Path,
        address[] memory _earnedToToken1Path,
        address[] memory _token0ToEarnedPath,
        address[] memory _token1ToEarnedPath
    ) {
        govAddress = msg.sender;
        vaultChefAddress = _configAddress[0];
        masterchefAddress = _configAddress[1];
        uniRouterAddress = _configAddress[2];

wantAddress = _configAddress[3];
        token0Address = IUniPair(wantAddress).token0();
        token1Address = IUniPair(wantAddress).token1();

pid = _pid;
        earnedAddress = _configAddress[4];
        tolerance = _tolerance;

earnedToWnativePath = _earnedToWmaticPath;
        earnedToUsdPath = _earnedToUsdcPath;
        earnedToCrystlPath = _earnedToCrystlPath;
        earnedToToken0Path = _earnedToToken0Path;
        earnedToToken1Path = _earnedToToken1Path;
        token0ToEarnedPath = _token0ToEarnedPath;
        token1ToEarnedPath = _token1ToEarnedPath;

transferOwnership(vaultChefAddress);
        
        _resetAllowances();
    }

IERC20(earnedAddress).safeApprove(uniRouterAddress, uint256(0));
        IERC20(earnedAddress).safeIncreaseAllowance(
            uniRouterAddress,
            type(uint256).max
        );

IERC20(token0Address).safeApprove(uniRouterAddress, uint256(0));
        IERC20(token0Address).safeIncreaseAllowance(
            uniRouterAddress,
            type(uint256).max
        );

IERC20(token1Address).safeApprove(uniRouterAddress, uint256(0));
        IERC20(token1Address).safeIncreaseAllowance(
            uniRouterAddress,
            type(uint256).max
        );

}
    
    function _emergencyVaultWithdraw() internal override {
        IMasterchef(masterchefAddress).emergencyWithdraw(pid);
    }

function _beforeDeposit(address _to) internal override {
        
    }

function _beforeWithdraw(address _to) internal override {
        
    }
}