0xtuytuy

0xtuytuy

    function execute(Entry[] memory _entries) external onlyRole(DEFAULT_ADMIN_ROLE){
        uint8 totalWeight;
        for(uint256 i = 0; i < _entries.length; i++){
            totalWeight += _entries[i].weight;
            require(entryTokens.contains(_entries[i].entryToken), "There is no such entry token");
        }
        require(totalWeight <= 100, "Total weight more then 100");

        uint256 totalBalance = getTotalBalance();

0xtuytuy

    function executeSwap(
        address pool,
        address fromToken,
        address toToken,
        uint256 amount
    ) external payable returns (uint256) {
        ICurve3Crv pool3crv = ICurve3Crv(pool);

        if (toToken == address(token3crv)) {
            // enter 3crv pool to get 3crv token

0xtuytuy

daiWethRoute = [
  // DAI - USDT - WETH
  { swapProtocol: 1, pool: fraxPoolAddress, fromCoin: dai.address, toCoin: usdt.address },
  { swapProtocol: 2, pool: renbtcAddress, fromCoin: usdt.address, toCoin: weth.address },
 ];

0xtuytuy

[
   {
      "weight":50,
      "entryToken"://address of the token we hold that we want to use to enter the Cure pool A,
      "curvePool"://address of the Curve pool A to enter,
      "poolToken"://address of the token we want to enter the Curve pool A with,
      "poolSize"://how many entry coins does this Curve pool A have,
      "tokenIndexInCurve"://what index in the previous list is our prefered poolToken,
      "convexPoolAddress": //address of the Convex pool A we want to invest the Cuve LP tokens into,
      "convexPoold"://id of the Convex pool A