How to interact directly with the contract

How to get trading pair information

Contract Address：0x1b6f2d3844c6ae7d56ceb3c3643b9060ba28feb0

Method：ParisV3

Response ：

    struct LeverageMargin {
        uint256 notionalUsd;
        uint16 tier;
        uint16 maxLeverage;
        uint16 initialLostP; // 1e4
        uint16 liqLostP;     // 1e4
    }

    struct SlippageConfig {
        string name;
        uint256 onePercentDepthAboveUsd;
        uint256 onePercentDepthBelowUsd;
        uint16 slippageLongP;       // 1e4
        uint16 slippageShortP;      // 1e4
        uint16 index;
        ISlippageManager.SlippageType slippageType;
        bool enable;
    }

    struct FeeConfig {
        string name;
        uint16 index;
        uint16 openFeeP;     // 1e4
        uint16 closeFeeP;    // 1e4
        bool enable;
        uint24 shareP;       // 1e5
        uint24 minCloseFeeP; // 1e5
    }

    struct PairView {
        // BTC/USD
        string name;
        // BTC address
        address base;
        uint16 basePosition;
        PairType pairType;
        PairStatus status;
        uint256 maxLongOiUsd;
        uint256 maxShortOiUsd;
        uint256 fundingFeePerBlockP;  // 1e18
        uint256 minFundingFeeR;       // 1e18
        uint256 maxFundingFeeR;       // 1e18

        LibPairsManager.LeverageMargin[] leverageMargins;

        uint16 slippageConfigIndex;
        uint16 slippagePosition;
        LibPairsManager.SlippageConfig slippageConfig;

        uint16 feeConfigIndex;
        uint16 feePosition;
        LibFeeManager.FeeConfig feeConfig;

        uint40 longHoldingFeeRate;    // 1e12
        uint40 shortHoldingFeeRate;   // 1e12
  }

1. How to open a position at the opening price

Contract Address：0x1b6f2d3844c6ae7d56ceb3c3643b9060ba28feb0

Method：openMarketTrade

Parameters：data (tuple) Tuple: A tuple is an array of values e.g. [ "0x4sd…","100","100"..]. It can contain strings, integers and Boolean values. The structure for this tuple is:

    struct OpenDataInput {
        // Pair.base
        address pairBase;
        bool isLong;
        // BUSD/USDT address
        address tokenIn;
        uint256 amountIn;   // tokenIn decimals
        uint256 qty;        // 1e10
        // Limit Order: limit price
        // Market Trade: worst price acceptable
        uint256 price;      // 1e8
        uint256 stopLoss;   // 1e8
        uint256 takeProfit; // 1e8
        uint256 broker;
    }

Example: If the user wants to use 100USDT to place a pending order for a BTC Long position with Price: 20000 Qty: 0.001, and the take profit price is 25000, and the stop loss price is 19000, the inPutData should be:["0x7130d2a12b9bcbfae4f2634d864a1ee1ce3ead9c","True","0x55d398326f99059fF775485246999027B3197955","100000000000000000000","10000000",,"2000000000000"2500000000000","1900000000000",1]

2. How to place a limit order

Contract Address：0x1b6f2d3844c6ae7d56ceb3c3643b9060ba28feb0

Method：createLimitOrder(

Parameters：data (tuple)


    struct OpenDataInput {
        // Pair.base
        address pairBase;
        bool isLong;
        // BUSD/USDT address
        address tokenIn;
        uint256 amountIn;   // tokenIn decimals
        uint256 qty;        // 1e10
        // Limit Order: limit price
        // Market Trade: worst price acceptable (acceptable price=index Price*(1+/- spread)
        uint256 price;      // 1e8
        uint256 stopLoss;   // 1e8
        uint256 takeProfit; // 1e8
        uint256 broker;
    }

3. How to check user’s position information

    query OrderAndTradeHistorys {
    orderAndTradeHistories(
        skip: 0
        first: 1000
        orderBy: timestamp
        orderDirection: desc
        where: { user: "0x04e5fe43af1306e5fc2d4b0f9daa04d3a587b28f" }
    ) {
        id
        orderOrTradeHash
        actionType
        timestamp
        marginIncrement
        txHash
        limitOrder {
            id
            pair {
                name
            }
            isLong
            token {
                symbol
            }
            amountIn
            limitPrice
            qty
            takeProfit
            stopLoss
        }
        trade {
            id
            pair {
                name
            }
            isLong
            token {
                symbol
            }
            margin
            entryPrice
            qty
            openFee
            executionFee
            closeType
            closePrice
            closeFee
            fundingFee
            holdingFee
            pnl
            actualPnl
            broker {
                name
            }
        }
        user {
            id
        }
    }
}

4. How to check Open Order

Contract Address：0x1b6f2d3844c6ae7d56ceb3c3643b9060ba28feb0

Method：getLimitOrders

Parameters

user：address

pairs：0x0000000000000000000000000000000000000000

Response ：

     struct Position {

5. How to close a position

Contract Address：0x1b6f2d3844c6ae7d56ceb3c3643b9060ba28feb0

Method：closeTrade

Parameters：

    bytes32 tradeHash

6. How to add margin

Contract Address：0x1b6f2d3844c6ae7d56ceb3c3643b9060ba28feb0

Method：addMargin

Parameters：

    bytes32 tradeHash；
    unit256 amount；   // 1e10

7. How to adjust take profit and stop loss price

Contract Address：0x1b6f2d3844c6ae7d56ceb3c3643b9060ba28feb0

Method：updateTradeTpAndSl

Parameters：

    bytes32 tradeHash；
    unit256 stopLossPrice；     // 1e8
    unit256 takeProfitPrice；   // 1e8

8. How to cancel the limit order

Contract Address：0x1b6f2d3844c6ae7d56ceb3c3643b9060ba28feb0

Method：cancelLimitOrder

Parameters：

    bytes32 tradeHash

Decimals Rules Summary Margin Amount Decimals： USDT：1e18 USDC：1e18 Price Decimal：1e8 Contract Qty Decimal：1e10

Attachment

1.ABI

2.The Ethereum Diamond Inspector Link

3.Index Price API

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Last updated 1 year ago

struct LeverageMargin { uint256 notionalUsd; uint16 tier; uint16 maxLeverage; uint16 initialLostP; // 1e4 uint16 liqLostP; // 1e4 } struct SlippageConfig { string name; uint256 onePercentDepthAboveUsd; uint256 onePercentDepthBelowUsd; uint16 slippageLongP; // 1e4 uint16 slippageShortP; // 1e4 uint16 index; ISlippageManager.SlippageType slippageType; bool enable; } struct FeeConfig { string name; uint16 index; uint16 openFeeP; // 1e4 uint16 closeFeeP; // 1e4 bool enable; uint24 shareP; // 1e5 uint24 minCloseFeeP; // 1e5 } struct PairView { // BTC/USD string name; // BTC address address base; uint16 basePosition; PairType pairType; PairStatus status; uint256 maxLongOiUsd; uint256 maxShortOiUsd; uint256 fundingFeePerBlockP; // 1e18 uint256 minFundingFeeR; // 1e18 uint256 maxFundingFeeR; // 1e18 LibPairsManager.LeverageMargin[] leverageMargins; uint16 slippageConfigIndex; uint16 slippagePosition; LibPairsManager.SlippageConfig slippageConfig; uint16 feeConfigIndex; uint16 feePosition; LibFeeManager.FeeConfig feeConfig; uint40 longHoldingFeeRate; // 1e12 uint40 shortHoldingFeeRate; // 1e12 }

struct OpenDataInput { // Pair.base address pairBase; bool isLong; // BUSD/USDT address address tokenIn; uint256 amountIn; // tokenIn decimals uint256 qty; // 1e10 // Limit Order: limit price // Market Trade: worst price acceptable uint256 price; // 1e8 uint256 stopLoss; // 1e8 uint256 takeProfit; // 1e8 uint256 broker; }

struct OpenDataInput { // Pair.base address pairBase; bool isLong; // BUSD/USDT address address tokenIn; uint256 amountIn; // tokenIn decimals uint256 qty; // 1e10 // Limit Order: limit price // Market Trade: worst price acceptable (acceptable price=index Price*(1+/- spread) uint256 price; // 1e8 uint256 stopLoss; // 1e8 uint256 takeProfit; // 1e8 uint256 broker; }

query OrderAndTradeHistorys { orderAndTradeHistories( skip: 0 first: 1000 orderBy: timestamp orderDirection: desc where: { user: "0x04e5fe43af1306e5fc2d4b0f9daa04d3a587b28f" } ) { id orderOrTradeHash actionType timestamp marginIncrement txHash limitOrder { id pair { name } isLong token { symbol } amountIn limitPrice qty takeProfit stopLoss } trade { id pair { name } isLong token { symbol } margin entryPrice qty openFee executionFee closeType closePrice closeFee fundingFee holdingFee pnl actualPnl broker { name } } user { id } } }