交換（Exchange）

這是一個擴展Jetton的智能合約，它是用每個流動性對創建的。路由器在請求創建新池時部署它。儘管路由器實際上存儲了一對中的兩個代幣並通過它進行交換，但必須調用交換合約才能提供或獲取流動性。

Code

Github鏈接：（待更新）

Read-Only Functions

Exchange Minter

Read-Only Functions

get_jetton_data

(int, int, slice, cell, cell) get_jetton_data() method_id

• int totalSupply

• int mintable

• slice admin_address

• cell exchange_content

• cell exchange_wallet_code

get_lp_swap_data

(int, int, slice, slice, slice, int, int, slice, slice, int, int) get_lp_swap_data() method_id

• int swap_fee

• int min_amount

• slice router_address

• slice jettonA_address

• slice jettonA_wallet_address

• int jettonA_balance

• int jettonA_pending_balance

• slice jettonB_address

• slice jettonB_wallet_address

• int jettonB_balance

• int jettonB_pending_balance

get_lp_mining_data

(int, int, int, int, int, int, cell) get_lp_mining_data() method_id

• int mining_amount

• int datetime_amount

• int minable_time

• int half_life

• int last_index

• int last_mined

• cell mining_rate_cell

get_lp_user_info_dict

(cell) get_lp_user_info_dict() method_id

• cell ( dict ) total_user_info_dict

get_lp_user_info

(int, int, int, int) get_lp_user_info(slice user_address) method_id

• int find

• int balance

• int user_reward_sum

• int last_user_index

get_wallet_address

slice get_wallet_address(slice owner_address) method_id

• slice user_wallet_address

State-Changing Functions

How to build transaction

• Add Liquidity

// 1. add liquidity tokenA
await sendInternalMessageWithWallet({
    walletContract,
    secretKey,
    to: userJettonAWalletAddress,
    value: toNano(0.7),
    body: beginCell()
        .storeUint(0xf8a7ea5, 32)
        .storeUint(query_id, 64)
        .storeCoins(jettonAAmount)
        .storeAddress(lpAddress)
        .storeAddress(responseAddress)
        .storeDict(beginCell().endCell())
        .storeCoins(toNano(0.5))
        .storeDict(beginCell()
            .storeCoins(minAmountForJettonA)
            .storeCoins(minAmountForJettonB)
        .endCell())
    .endCell()
});

// 2. add liquidity tokenB
await sendInternalMessageWithWallet({
    walletContract,
    secretKey,
    to: userJettonBWalletAddress,
    value: toNano(0.7),
    body: beginCell()
        .storeUint(0xf8a7ea5, 32)
        .storeUint(query_id, 64)
        .storeCoins(jettonBAmount)
        .storeAddress(lpAddress)
        .storeAddress(responseAddress)
        .storeDict(beginCell().endCell())
        .storeCoins(toNano(0.5))
        .storeDict(beginCell()
            .storeCoins(minAmountForJettonA)
            .storeCoins(minAmountForJettonB)
        .endCell())
    .endCell()
});

• Remove Liquidity

await sendInternalMessageWithWallet({
    walletContract,
    secretKey,
    to: lpAddress,
    value: toNano(0.35),
    body: beginCell()
        .storeUint(0x595f07bc, 32)
        .storeUint(query_id, 64)
        .storeCoins(lpAmount)
        .storeDict(beginCell()
            .storeCoins(minAmountForJettonA)
            .storeCoins(minAmountForJettonB)
        .endCell())
    .endCell()
});

• Claim

await sendInternalMessageWithWallet({
    walletContract,
    secretKey,
    to: lpAddress,
    value: toNano(0.15),
    body: beginCell()
        .storeUint(0x6b14cfe1, 32)
        .storeUint(query_id, 64)
    .endCell()
});

Exchange Wallet

Read-Only Functions

get_wallet_data

(int, slice, slice, cell) get_wallet_data() method_id

• int balance

• slice owner_address

• slice lp_minter_address

• cell lp_wallet_code

get_wallet_extra_data

(int, int, slice, slice) get_wallet_extra_data() method_id

• int jettonA_pending_balance

• int jettonB_pending_balance

• slice jettonA_address

• slice jettonB_address