createMarket

async def createMarket(
    name: str,
    minLeverage: float,
    maxLeverage: float,
    minTradeSize: float,
    maxTradeSize: float,
    tickDecimals: int,
    lotSize: int,
    sizeDecimals: int,
    tradeFeePct: int,
    maxEntitlement: int,
    insuranceFundEntitlementPct: int,
    maxImbalance: int,
    maintenanceMarginRatio: int,
    seizureThreshold: int,
    adlThreshold: int,
    shockFactor: int,
    maxIFFractionAllowed: int,
):
    """Create a new market with specified configuration."""
    contract = retrieveContract()
    w3 = retrieveWeb3Instance()
    tick_units = tickDecimals
    feeStruct = namedtuple(
        "FeeConfig",
        [
            "tradeFeePct",
            "maxEntitlement",
            "insuranceFundEntitlementPct",
            "maxImbalance",
        ],
    )
    adlConfigStruct = namedtuple(
        "MarketADLConfig",
        [
            "maintenanceMarginRatio",
            "seizureThreshold",
            "adlThreshold",
            "shockFactor",
            "maxIFFractionAllowed",
        ],
    )
    MyStruct = namedtuple(
        "MarketConfigInput",
        [
            "name",
            "minLeverage",
            "maxLeverage",
            "minTradeSize",
            "maxTradeSize",
            "tickDecimals",
            "lotSize",
            "sizeDecimals",
        ],
    )
    my_fee_data = feeStruct(
        tradeFeePct, maxEntitlement, insuranceFundEntitlementPct, maxImbalance
    )
    print("fee data", my_fee_data)
    my_adl_config = adlConfigStruct(
        maintenanceMarginRatio,
        seizureThreshold,
        adlThreshold,
        shockFactor,
        maxIFFractionAllowed,
    )
    my_struct_data = MyStruct(
        name=Web3.to_bytes(text=name).ljust(32, b"\0"),
        minLeverage=convertFloatToUINT(minLeverage, LEVERAGE_SCALAR),
        maxLeverage=convertFloatToUINT(maxLeverage, LEVERAGE_SCALAR),
        minTradeSize=convertFloatToUINT(minTradeSize, USDC_DECIMALS),
        maxTradeSize=convertFloatToUINT(maxTradeSize, USDC_DECIMALS),
        tickDecimals=tickDecimals,
        lotSize=lotSize,
        sizeDecimals=sizeDecimals,
    )

    proposed_id = calculateMarketId(name)
    transaction = contract.functions.createMarket(
        my_struct_data, my_fee_data, my_adl_config, proposed_id
    ).build_transaction(
        {
            "from": Web3.to_checksum_address(os.getenv("ACCOUNT")),
            "nonce": w3.eth.get_transaction_count(
                Web3.to_checksum_address(os.getenv("ACCOUNT"))
            ),
        }
    )
    await submitTransactionWithOracle(w3, transaction, proposed_id)