cetus-sdk

The typescript SDK for cetus-clmm.
A more structured code example for this guide can be found here

Install

Our published package can be found here NPM.

yarn add test-cetus-sui-clmm-sdk

Usage

1.SDK configuration parameters

The contract address available for reference config.ts.

const SDKConfig = {
  devnet:  {
      initEventConfig:  {
        initFactoryEvent: { pools_id: '0x6bdca4fa2c6afac9638e5f9755ccdcbe413a833c' },
        initPartnerEvent: { partners_id: '0x59c9d39e7d8b628bb54eadf8cbf49d9a296eeee8' },
        initConfigEvent: {
          admin_cap_id: '0x19a2872ce65e79285adf54d807e54a9798e7ce5f',
          global_config_id: '0xb8893bbf6a5509cf6ee09fd28a89320a203f6c49',
          protocol_fee_claim_cap_id: '0x2db9a2420b7907f684f721edd79150417f525545'
        }
      },
      tokenConfig: {
        coin_registry_id: '0xa210baf82a5f29dcebb1a1941b024dee5f632db8',
        pool_registry_id: '0xedd6e34dcb05d1c0e5f543e97901ec7987f9919b',
        coin_list_owner: '0x5bd7e0182807d45dfc8d019da6cf3d2351771364',
        pool_list_owner: '0x9aa924f25509decf440e5de98cefa4e0b65dd5bb'
      }
  },
  testnet:  {
   // ...
  }
}
export const netConfig = {
  devnet: {
    fullRpcUrl: 'https://fullnode.devnet.sui.io',
    faucetURL: 'https://faucet.devnet.sui.io/gas',
    cetusClmm: '0x8fe718e1028a7678c17a27cc1926ce7e0db0079e',
    cetusIntegrate: '0xa8b57964a0c4332b93916aa1f9b95a7c3a8849ce',
    integerMate: '0xf3f6102dfcf5910d694408737126d84f74374f5e',
    swapPartner: '0xe9be1864354e2b7e849862014e1a1bc88bfa1fa7',
    TokenDeployer: '0x9690d7c1e03909cec38ec2fbf45d04d223af5840',
    faucetObjectId: '0xbc72e752c41d6788dae67576f5a01a923d846d4f',
    initEventConfig: SDKConfig.devnet.initEventConfig,
    tokenConfig: SDKConfig.devnet.tokenConfig,
    simulationAccount: {
      address: '0x3f6cfdcf7bc19e86693d3d0f261f56b6e8caff0d',
    }
  },
  testnet: {
   // ...
  },
}

2. Init SDK

export const sdkEnv = netConfig.devnet

const defaultNetworkOptions: SdkOptions = {
  fullRpcUrl: sdkEnv.fullRpcUrl,
  faucetURL: sdkEnv.faucetURL,
  networkOptions: {
    simulationAccount: sdkEnv.simulationAccount,
    token: {
      token_deployer: sdkEnv.TokenDeployer,
      config: sdkEnv.tokenConfig,
    },
    modules: {
      cetus_clmm: sdkEnv.cetusClmm,
      cetus_integrate: sdkEnv.cetusIntegrate,
      integer_mate: sdkEnv.integerMate,
      swap_partner: sdkEnv.swapPartner,
      config: {
        global_config_id: sdkEnv.initEventConfig.initConfigEvent.global_config_id,
        pools_id: sdkEnv.initEventConfig.initFactoryEvent.pools_id,
      },
    },
  },
}
const sdk = new SDK(defaultNetworkOptions)

3. fetch the token list and pool list

The token list and pool list is fetched from config-extended contains the token metadata.
code example for this guide can be found token.test.ts

const networkOptions = sdk.sdkOptions.networkOptions
const simulationAccount = networkOptions.simulationAccount
const ownerAddress = networkOptions.TokenDeployer

// Fetch  all tokens
const tokenList =  await sdk.Token.getAllRegisteredTokenList(simulationAccount)

// Fetch  all tokens for specify ownerAddress
const tokenList =  await sdk.Token.getOwnerTokenList(simulationAccount,ownerAddress)

// Fetch  all pools
const poolList =  await sdk.Token.getAllRegisteredPoolList(simulationAccount)

// Fetch  all pools for specify ownerAddress
const poolList =  await sdk.Token.getOwnerPoolList(simulationAccount,ownerAddress)

//Fetch  all pools (contains the token metadata)
const poolList =  await sdk.Token.getWarpPoolList(simulationAccount)

// Fetch  all pools for specify ownerAddress (contains the token metadata)
const poolList =  await sdk.Token.getOwnerPoolList(simulationAccount,ownerAddress)

4. fetch the clmm pool and position

the clmm pool not contains the token metadata.
all liquidity and swap operations are based on clmm pool.
code example for this guide can be found pool.test.ts

4.1 fetch the clmm pool and position

//Fetch all clmm pools
const assignPools = [''] // query assign pool , if is empty else query all pool
const offset = 0  // optional paging cursor
const limit = 10  // maximum number of items per page
const pools = await sdk.Resources.getPools(assignPools, offset, limit)

//Fetch all clmm pools (only contain immutable info)
const poolImmutables = await sdk.Resources.getPoolImmutables(assignPools, offset, limit)

//Fetch clmm pool by poolAddress
const pool = await sdk.Resources.getPool(poolAddress)

//Fetch clmm position list of accountAddress for assign poolIds
const pool = sdk.Resources.getPositionList(accountAddress, assignPoolIds)

//Fetch clmm position by position_object_id
sdk.Resources.getPosition(position_object_id)

4.2 create clmm pool and add liquidity

const signer = new RawSigner(buildTestAccount(), sdk.fullClient)
// initialize sqrt_price
const initialize_sqrt_price = TickMath.priceToSqrtPriceX64(d(1.2),6,6).toString()
const tick_spacing = 18
const current_tick_index = TickMath.sqrtPriceX64ToTickIndex(new BN(initialize_sqrt_price))
// build tick range
const lowerTick = TickMath.getPrevInitializableTickIndex(new BN(current_tick_index).toNumber()
    , new BN(tick_spacing).toNumber())
const upperTick = TickMath.getNextInitializableTickIndex(new BN(current_tick_index).toNumber()
    , new BN(tick_spacing).toNumber())
// optional : If coinAmount is 0, only pool is created
const coinAmount = new BN(200)
// input token amount is token a
const fix_amount_a = true
// slippage value
const slippage = 0.05
const curSqrtPrice = new BN(pool.current_sqrt_price)
// Estimate liquidity and token amount from one amounts
const liquidityInput = ClmmPoolUtil.estLiquidityAndcoinAmountFromOneAmounts(
        lowerTick,
        upperTick,
        coinAmount,
        fix_amount_a,
        true,
        slippage,
        curSqrtPrice
      )
// Estimate  token a and token b amount
const amount_a = fix_amount_a ? coinAmount.toNumber()  : liquidityInput.tokenMaxA.toNumber()
const amount_b = fix_amount_a ? liquidityInput.tokenMaxB.toNumber()  : coinAmount.toNumber()

// select token a and token b asset for liquidity
const coinAs: CoinAsset[] = CoinAssist.getCoinAssets(pool.coinTypeA, allCoinAsset)
const coinBs: CoinAsset[] = CoinAssist.getCoinAssets(pool.coinTypeB, allCoinAsset)
const coinAObjectIds = await CoinAssist.selectCoinAssets(signer,coinAs, BigInt(amount_a),sdk)
const coinBObjectIds = await CoinAssist.selectCoinAssets(signer,coinBs, BigInt(amount_b),sdk)

// build creatPoolPayload Payload
const creatPoolPayload = sdk.Pool.creatPoolTransactionPayload({
    coinTypeA: `0x3cfe7b9f6106808a8178ebd2d5ae6656cd0ccec15d33e63fd857c180bde8da75::coin:CetusUSDT`,
    coinTypeB: `0x3cfe7b9f6106808a8178ebd2d5ae6656cd0ccec15d33e63fd857c180bde8da75::coin::CetusUSDC`,
    tick_spacing: tick_spacing,
    initialize_sqrt_price: initialize_sqrt_price,
    uri: '',
    amount_a: amount_a,
    amount_b: amount_b,
    fix_amount_a: fix_amount_a,
    coin_object_ids_a: coinAObjectIds,
    coin_object_ids_b: coinBObjectIds,
    tick_lower: lowerTick,
    tick_upper: upperTick
  })
console.log('creatPoolTransactionPayload: ', creatPoolTransactionPayload)

const transferTxn = (await signer.executeMoveCall(creatPoolTransactionPayload)) as SuiExecuteTransactionResponse
console.log('doCreatPool: ', getTransactionEffects(transferTxn))

5. Liquidity

code example for this guide can be found position.test.ts

5.1 open position and addLiquidity

const sendKeypair = buildTestAccount()
const signer = new RawSigner(sendKeypair, sdk.fullClient)
// Fetch coin assets of sendKeypair
const allCoinAsset = await sdk.Resources.getOwnerCoinAssets(sendKeypair.getPublicKey().toSuiAddress())
//  Fetch pool data
const pool = await sdk.Resources.getPool(poolAddress)
//  build lowerTick and  upperTick
const lowerTick = TickMath.getPrevInitializableTickIndex(new BN(pool.current_tick_index).toNumber()
      ,new BN(pool.tickSpacing).toNumber())
const upperTick = TickMath.getNextInitializableTickIndex(new BN(pool.current_tick_index).toNumber()
      ,new BN(pool.tickSpacing).toNumber())
// fix input token amount
const coinAmount = new BN(120000)
// input token amount is token a
const fix_amount_a = true
// slippage value
const slippage = 0.05
const curSqrtPrice = new BN(pool.current_sqrt_price)
// Estimate liquidity and token amount from one amounts
const liquidityInput = ClmmPoolUtil.estLiquidityAndcoinAmountFromOneAmounts(
        lowerTick,
        upperTick,
        coinAmount,
        fix_amount_a,
        true,
        slippage,
        curSqrtPrice
      )
// Estimate  token a and token b amount
const amount_a = fix_amount_a ? coinAmount.toNumber()  : liquidityInput.tokenMaxA.toNumber()
const amount_b = fix_amount_a ? liquidityInput.tokenMaxB.toNumber()  : coinAmount.toNumber()
// select token a and token b asset for liquidity
const coinAs: CoinAsset[] = CoinAssist.getCoinAssets(pool.coinTypeA, allCoinAsset)
const coinBs: CoinAsset[] = CoinAssist.getCoinAssets(pool.coinTypeB, allCoinAsset)
const coinAObjectIds = await CoinAssist.selectCoinAssets(signer,coinAs, BigInt(amount_a),sdk)
const coinBObjectIds = await CoinAssist.selectCoinAssets(signer,coinBs, BigInt(amount_b),sdk)

// build open position and addLiquidity Payload
const addLiquidityPayload = sdk.Position.createAddLiquidityTransactionPayload(
      {
          coinTypeA: pool.coinTypeA,
          coinTypeB: pool.coinTypeB,
          pool_id: pool.poolAddress,
          coin_object_ids_a: coinAObjectIds,
          coin_object_ids_b: coinBObjectIds,
          tick_lower: lowerTick.toString(),
          tick_upper: upperTick.toString(),
          fix_amount_a,
          amount_a,
          amount_b,
          is_open: true,// control whether or not to create a new position or add liquidity on existed position.
          pos_id: "",// pos_id: position id. if `is_open` is true, index is no use.
      })
const createAddLiquidityTransactionPayload = sdk.Position.createAddLiquidityTransactionPayload(addLiquidityPayloadParams)

const transferTxn = (await signer.executeMoveCall(createAddLiquidityTransactionPayload)) as SuiExecuteTransactionResponse
console.log('open_and_add_liquidity_fix_token: ', getTransactionEffects(transferTxn))

5.2 addLiquidity

const sendKeypair = buildTestAccount()
const signer = new RawSigner(sendKeypair, sdk.fullClient)
// Fetch coin assets of sendKeypair
const allCoinAsset = await sdk.Resources.getOwnerCoinAssets(sendKeypair.getPublicKey().toSuiAddress())
//  Fetch pool data
const pool = await sdk.Resources.getPool(poolAddress)
//  Fetch position data
const position = await sdk.Resources.getPositionInfo(position_object_id)
//  build position lowerTick and upperTick
const lowerTick = Number(position.tick_lower_index)
const upperTick = Number(position.tick_upper_index)
// fix input token amount
const coinAmount = new BN(120000)
// input token amount is token a
const fix_amount_a = true
// slippage value
const slippage = 0.05
const curSqrtPrice = new BN(pool.current_sqrt_price)
// Estimate liquidity and token amount from one amounts
const liquidityInput = ClmmPoolUtil.estLiquidityAndcoinAmountFromOneAmounts(
        lowerTick,
        upperTick,
        coinAmount,
        fix_amount_a,
        true,
        slippage,
        curSqrtPrice
      )
// Estimate  token a and token b amount
const amount_a = fix_amount_a ? coinAmount.toNumber()  : liquidityInput.tokenMaxA.toNumber()
const amount_b = fix_amount_a ? liquidityInput.tokenMaxB.toNumber()  : coinAmount.toNumber()

// select token a and token b asset for liquidity
const coinAs: CoinAsset[] = CoinAssist.getCoinAssets(pool.coinTypeA, allCoinAsset)
const coinBs: CoinAsset[] = CoinAssist.getCoinAssets(pool.coinTypeB, allCoinAsset)
const coinAObjectIds = await CoinAssist.selectCoinAssets(signer,coinAs, BigInt(amount_a),sdk)
const coinBObjectIds = await CoinAssist.selectCoinAssets(signer,coinBs, BigInt(amount_b),sdk)

// build and addLiquidity Payload
const addLiquidityPayload = sdk.Position.createAddLiquidityTransactionPayload(
      {
          coinTypeA: pool.coinTypeA,
          coinTypeB: pool.coinTypeB,
          pool_id: pool.poolAddress,
          coin_object_ids_a: coinAObjectIds,
          coin_object_ids_b: coinBObjectIds,
          tick_lower: lowerTick.toString(),
          tick_upper: upperTick.toString(),
          fix_amount_a,
          amount_a,
          amount_b,
          is_open: false,// control whether or not to create a new position or add liquidity on existed position.
          pos_id: position.pos_object_id,// pos_id: position id. if `is_open` is true, index is no use.
      })
const createAddLiquidityTransactionPayload = sdk.Position.createAddLiquidityTransactionPayload(addLiquidityPayloadParams)

const transferTxn = (await signer.executeMoveCall(createAddLiquidityTransactionPayload)) as SuiExecuteTransactionResponse
console.log('open_and_add_liquidity_fix_token: ', getTransactionEffects(transferTxn))

5.3 removeLiquidity

if want to remove liquidity and collect rewarder, The cointype of the reward must be passed in when build Payload, else only remove liquidity

const sendKeypair = buildTestAccount()
const signer = new RawSigner(sendKeypair, sdk.fullClient)
// Fetch pool data
const pool = await sdk.Resources.getPool(poolAddress)
// Fetch position data
const position = await sdk.Resources.getPositionInfo(position_object_id)
// build tick data
const lowerSqrtPrice = TickMath.tickIndexToSqrtPriceX64(Number(position.tick_lower_index))
const upperSqrtPrice = TickMath.tickIndexToSqrtPriceX64(Number(position.tick_upper_index))
const ticksHandle = pool.ticks_handle
const tickLower = await sdk.Resources.getTickDataByIndex(ticksHandle, position.tick_lower_index)
const tickUpper = await sdk.Resources.getTickDataByIndex(ticksHandle, position.tick_upper_index)
// input liquidity amount for remove
const liquidity = new BN(10000)
// slippage value
const slippageTolerance = new Percentage(new BN(5), new BN(100))
const curSqrtPrice = new BN(pool.current_sqrt_price)
// Get token amount fron liquidity.
const coinAmounts = ClmmPoolUtil.getCoinAmountFromLiquidity(liquidity, curSqrtPrice, lowerSqrtPrice, upperSqrtPrice, false)
// adjust  token a and token b amount for slippage
const { tokenMaxA, tokenMaxB } = adjustForCoinSlippage(coinAmounts, slippageTolerance, false)

// mode(1) only remove liquidity
const removeLiquidityParams : RemoveLiquidityParams = {
      coin_types: [pool.coinTypeA, pool.coinTypeB,...rewardCoinTypes],
      delta_liquidity: liquidity.toString(),
      min_amount_a: tokenMaxA.toString(),
      min_amount_b: tokenMaxB.toString(),
      pool_id: pool.poolAddress,
      pos_id: position.pos_object_id
    }
const removeLiquidityTransactionPayload = sdk.Position.removeLiquidityTransactionPayload(removeLiquidityParams)

// mode(2) remove all liquidity  and collect rewards and close position
// Fetch all rewards data for position (If only remove liquidity ,  This step is optional)
const rewards: any[] = await sdk.Rewarder.posRewardersAmount(poolAddress, position_object_id)
const rewardCoinTypes = rewards.map((item) => {
      return item.coin_address as string
    })
const removeLiquidityAndCloseParams : RemoveLiquidityAndCloseParams = {
      coin_types: [pool.coinTypeA, pool.coinTypeB,...rewardCoinTypes],
      min_amount_a: tokenMaxA.toString(),
      min_amount_b: tokenMaxB.toString(),
      pool_id: pool.poolAddress,
      pos_id: position.pos_object_id
    }
const removeLiquidityTransactionPayload = sdk.Position.removeLiquidityTransactionPayload(removeLiquidityAndCloseParams)

const transferTxn = (await signer.executeMoveCall(removeLiquidityTransactionPayload)) as SuiExecuteTransactionResponse
console.log('remove_liquidity: ', getTransactionEffects(transferTxn))

5.4 close position

Provide to close position if position is empty.

const sendKeypair = buildTestAccount()
const signer = new RawSigner(sendKeypair, sdk.fullClient)

// build closePosition Payload
const closePositionTransactionPayload = sdk.Position.closePositionTransactionPayload({
      coinTypeA: `0xbc72e752c41d6788dae67576f5a01a923d846d4f::usdt::USDT`,
      coinTypeB: `0xbc72e752c41d6788dae67576f5a01a923d846d4f::usdt::USDT`,
      pool_id:  poolObjectId,
      pos_id: pos_object_id
    })

const closePositionTransactionPayload = sdk.Position.closePositionTransactionPayload(closePositionTransactionPayload)

const transferTxn = (await signer.executeMoveCall(closePositionTransactionPayload)) as SuiExecuteTransactionResponse
console.log('close position: ', getTransactionEffects(transferTxn))

5.5 open position

const sendKeypair = buildTestAccount()
const signer = new RawSigner(sendKeypair, sdk.fullClient)
// fetch pool data
const pool = await sdk.Resources.getPool(poolAddress)
// build tick range
const lowerTick = TickMath.getPrevInitializableTickIndex(
      new BN(pool.current_tick_index).toNumber(),
      new BN(pool.tickSpacing).toNumber()
    )
const upperTick = TickMath.getNextInitializableTickIndex(
      new BN(pool.current_tick_index).toNumber(),
      new BN(pool.tickSpacing).toNumber()
    )
// build open position payload
const openPositionTransactionPayload = sdk.Position.openPositionTransactionPayload({
      coinTypeA: pool.coinTypeA,
      coinTypeB: pool.coinTypeB,
      tick_lower: lowerTick.toString(),
      tick_upper: upperTick.toString(),
      pool_id: pool.poolAddress,
    })
console.log('openPositionTransactionPayload: ', openPositionTransactionPayload)

const transferTxn = (await signer.executeMoveCall(openPositionTransactionPayload)) as SuiExecuteTransactionResponse
console.log('open position: ', getTransactionEffects(transferTxn))

5.6 collect fee

Provide to the position to collect the fee of the position earned.

const sendKeypair = buildTestAccount()
const signer = new RawSigner(sendKeypair, sdk.fullClient)
// Fetch pool data
const pool = await sdk.Resources.getPool(poolAddress)
// Fetch position data
const position =  await sdk.Resources.getPosition(position_object_id)

// build collect fee Payload
const removeLiquidityPayload = (await sdk.Position.collectFeeTransactionPayload(
        {
          pool_id: pool.poolAddress,
          coinTypeA: pool.coinTypeA,
          coinTypeB: pool.coinTypeB,
          pos_id: position.position_object_id,
        },
        true
      )) as TxnBuilderTypes.TransactionPayloadEntryFunction
const respose = await sendPayloadTx(sdk.client, account, removeLiquidityPayload)

6. swap

code example for this guide can be found swap.test.ts

const sendKeypair = buildTestAccount()
const signer = new RawSigner(sendKeypair, sdk.fullClient)
// Fetch coin assets of sendKeypair
const allCoinAsset = await sdk.Resources.getOwnerCoinAssets(sendKeypair.getPublicKey().toSuiAddress())
//  Fetch pool data
const pool = await sdk.Resources.getPool(poolAddress)
//  Fetch ticks data
const tickdatas = await sdk.Pool.fetchTicksByRpc(pool.ticks_handle)
// Whether the swap direction is token a to token b
const a2b = true

// fix input token amount
const coinAmount = new BN(120000)
// input token amount is token a
const by_amount_in = true
// slippage value
const slippage = 0.05
const curSqrtPrice = new BN(pool.current_sqrt_price)
// Estimated amountIn amountOut fee
const res = await sdk.Swap.calculateRates({
      decimalsA: 6,
      decimalsB: 6,
      a2b,
      by_amount_in,
      amount,
      swapTicks: tickdatas,
      currentPool,
    })
const toAmount = res.estimatedAmountOut
const amountLimit = toAmount.sub(toAmount.mul(new BN(slippage)))
// prepare pay objectIds for input assets
const payCoins: CoinAsset[] = CoinAssist.getCoinAssets(a2b ? pool.coinTypeA : pool.coinTypeB, allCoinAsset)
    const payObjectIds: ObjectId[] =  await CoinAssist.selectCoinAssets(signer,payCoins, BigInt(amount.toString()),sdk)
// build swap Payload
const swapPayload = sdk.Swap.createSwapTransactionPayload(
      {
        pool_id: pool.poolAddress,
        coinTypeA: pool.coinTypeA,
        coinTypeB: pool.coinTypeB
        a_to_b: a2b,
        by_amount_in: by_amount_in,
        amount: res.amount.toString(),
        amount_limit: amountLimit.toString(),
      },
      true
    ) as TxnBuilderTypes.TransactionPayloadEntryFunction

 const transferTxn = (await signer.executeMoveCall(swapPayload)) as SuiExecuteTransactionResponse
 console.log('swap: ', getTransactionEffects(transferTxn))

7. collect rewarder

Provide to the position to collect the rewarder of the position earned.
code example for this guide can be found rewarder.test.ts

const sendKeypair = buildTestAccount()
const signer = new RawSigner(sendKeypair, sdk.fullClient)
// Fetch pool data
const pool = await sdk.Resources.getPool(poolAddress)
// Fetch all rewarder for position
const rewards: any[] = await sdk.Rewarder.posRewardersAmount(pool.poolAddress, poolObjectId)
const rewardCoinTypes = rewards.map((item) => {
      return item.coin_address as string
    })

// build collect rewarder Payload
const collectRewarderParams: CollectRewarderParams = {
      pool_id: pool.poolAddress,
      pos_id: poolObjectId,
      coinType: [pool.coinTypeA, pool.coinTypeB , ...rewardCoinTypes]
    }

const collectRewarderPayload =  sdk.Rewarder.collectRewarderTransactionPayload(collectRewarderParams)

const transferTxn = (await signer.executeMoveCall(collectRewarderPayload)) as SuiExecuteTransactionResponse
console.log('result: ', getTransactionEffects(transferTxn))

8. other helper function

// Fetch tick by index from table
const ticksHandle = pool.ticks_handle
const tickLower = await sdk.Resources.getTickDataByIndex(ticksHandle,position.tick_lower_index)
// Fetch all tick data by rpc
const tickdatas = await sdk.Pool.fetchTicksByRpc(ticksHandle)
// Fetch all tick data by contart
const tickdatas = await sdk.Pool.fetchTicks({
      pool_id: "0x565743e41c830e38ea39416d986ed1806da83f62",
      coinTypeA: `${faucetObjectId}::usdc::USDC`,
      coinTypeB: `${faucetObjectId}::usdc::USDT`
    })

test-cetus-sui-clmm-sdk

cetus-sdk

Install

Usage

1.SDK configuration parameters

2. Init SDK

3. fetch the token list and pool list

4. fetch the clmm pool and position

4.1 fetch the clmm pool and position

4.2 create clmm pool and add liquidity

5. Liquidity

5.1 open position and addLiquidity

5.2 addLiquidity

5.3 removeLiquidity

5.4 close position

5.5 open position

5.6 collect fee

6. swap

7. collect rewarder

8. other helper function

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test-cetus-sui-clmm-sdk

cetus-sdk

Install

Usage

1.SDK configuration parameters

2. Init SDK

3. fetch the token list and pool list

4. fetch the clmm pool and position

4.1 fetch the clmm pool and position

4.2 create clmm pool and add liquidity

5. Liquidity

5.1 open position and addLiquidity

5.2 addLiquidity

5.3 removeLiquidity

5.4 close position

5.5 open position

5.6 collect fee

6. swap

7. collect rewarder

8. other helper function

Readme

Keywords

Package Sidebar

Install

DownloadsWeekly Downloads

Version

License

Unpacked Size

Total Files

Last publish

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Weekly Downloads