naming

pkg/source/limitorder/pool_simulator.go

@@ -215,7 +215,7 @@ func (p *PoolSimulator) calcAmountWithSwapInfo(swapSide SwapSide, tokenAmountIn
 		SwapSide:     swapSide,
 		AmountIn:     tokenAmountIn.Amount.String(),
 	}
-	totalFilledMakingAmountWei := big.NewInt(0)
+	totalFilledTakingAmountWei := big.NewInt(0)
 	isFulfillAmountIn := false
 	totalFeeAmountWei := new(big.Int)
 
@@ -277,7 +277,7 @@ func (p *PoolSimulator) calcAmountWithSwapInfo(swapSide SwapSide, tokenAmountIn
 			swapInfo.FilledOrders = append(swapInfo.FilledOrders, filledOrderInfo)
 			isFulfillAmountIn = true
 			addFilledMakingAmount(filledMakingAmountByMaker, order.Maker, filledMakingAmountWei)
-			totalFilledMakingAmountWei.Add(totalFilledMakingAmountWei, filledTakingAmountWei)
+			totalFilledTakingAmountWei.Add(totalFilledTakingAmountWei, filledTakingAmountWei)
 
 			// Currently, when Aggregator finds route and returns some orders and sends them to the smart contract to execute.
 			// We will often meet edge cases that these orders can be fulfilled by a trading bot or taker on Aggregator.
@@ -320,12 +320,12 @@ func (p *PoolSimulator) calcAmountWithSwapInfo(swapSide SwapSide, tokenAmountIn
 		filledOrderInfo := newFilledOrderInfo(order, remainingTakingAmountWei.String(), remainingMakingAmountWei.String(), feeAmountWeiByOrder.String())
 		swapInfo.FilledOrders = append(swapInfo.FilledOrders, filledOrderInfo)
 		addFilledMakingAmount(filledMakingAmountByMaker, order.Maker, remainingMakingAmountWei)
-		totalFilledMakingAmountWei.Add(totalFilledMakingAmountWei, remainingTakingAmountWei)
+		totalFilledTakingAmountWei.Add(totalFilledTakingAmountWei, remainingTakingAmountWei)
 	}
 	if !isFulfillAmountIn {
 		return nil, SwapInfo{}, nil, ErrCannotFulfillAmountIn
 	}
-	swapInfo.AmountIn = totalFilledMakingAmountWei.String()
+	swapInfo.AmountIn = totalFilledTakingAmountWei.String()
 	return totalAmountOutWei, swapInfo, totalFeeAmountWei, nil
 }