// "SPDX-License-Identifier: UNLICENSED" pragma solidity >=0.8.0 <0.9.0; import "../AbstractProtocol.sol"; import "./BitgoTxVault.sol"; // rinkeby contract BitgoProtocol is AbstractProtocol { uint256 cancellationFee = 1000000000000000000; mapping(uint256=>BitgoTxVault) vaultByTxn; address self; constructor (address _administrator, address _yieldManagerAddress, address _gyieldRegistryAddress) AbstractProtocol("akropolis", 1, _administrator, _yieldManagerAddress, _gyieldRegistryAddress) { self = address(this); } function executeYieldGeneration(uint256 _txRef, uint256 _principal, address _erc20, uint256 _yieldPercentage, uint256 _deliveryDate) override external payable returns ( bool _isRunning){ sYieldGeneration memory syg = sYieldGeneration({ txRef : _txRef, principal : _principal, erc20 : _erc20, yieldPercentage : _yieldPercentage, deliveryDate : _deliveryDate, status : "pending" }); yieldGenerationByTxn[_txRef] = syg; BitgoTxVault vault = new BitgoTxVault(_txRef, self, _erc20, _deliveryDate); vaultByTxn[_txRef] = vault; IERC20 erc20 = IERC20(_erc20); erc20.transferFrom(yieldManagerAddress, self, _principal); erc20.approve(vault, _principal); vault.deposit(_principal, _yieldPercentage); return true; } function cancelYieldGeneration(uint256 _txRef, uint256 _protocolCancellationFee) override external payable returns (bool _isCanceled, uint256 _totalAmount, uint256 _principal, address _erc20, uint256 _percentageComplete, uint256 _earningsToDate){ } function checkProgress(uint256 _txRef) override external returns (uint256 _principal, address _erc20, uint256 _yieldPercentage, uint256 _deliveryDate, uint256 _percentageComplete, uint256 _earningsToDate){ } function getEarningsView(uint256 _txRef) override external returns(uint256 _earningsToDate){ return vaultByTxn[_txRef].getYield(); } function getProtocolCancellationFee(uint256 _txRef) override external returns (uint256 _protocolCancellationFee){ return cancellationFee; } }