Interacting with InitiaDEX

Creating New Pools

InitiaDEX allows anyone to create a liquidity pool.

public entry fun create_pair_script(
    creator: &signer,
    name: String,
    symbol: String,
    swap_fee_rate: Decimal128,
    coin_a_weight: Decimal128,
    coin_b_weight: Decimal128,
    coin_a_metadata: Object<Metadata>,
    coin_b_metadata: Object<Metadata>,
    coin_a_amount: u64,
    coin_b_amount: u64,
)

Parameter	Description
name	Name of the trading pair and the corresponding LP Token
symbol	Symbol for the LP Token
swap_fee_rate	Fee rate applied to swaps
coin_a_weight and coin_b_weight	Balancer weights for the respective coins
coin_a_metadata and coin_b_metadata	Metadata for each coin in the pair
coin_a_amount and coin_b_amount	Initial amounts for each coin

For more information on metadata, please refer to obtaining metadata.

CLI

initiad tx move execute 0x1 dex create_pair_script \
    --args '["string:name", "string:symbol", "bigdecimal:0.001", "bigdecimal:0.8", "bigdecimal:0.2", "object:0x...", "object:0x...", "u64:100", "u64:100"]' \
    --from [key-name] \
    --gas auto --gas-adjustment 1.5 --gas-prices 0.15uinit \
    --node [rpc-url]:[rpc-port] --chain-id [chain-id]

InitiaJS

import {
    bcs,
    LCDClient,
    MnemonicKey,
    MsgExecute,
    Wallet,
} from '@initia/initia.js';

async function main() {
  const lcd = new LCDClient('[rest-url]', {
      gasPrices: '0.15uinit',
      gasAdjustment: '1.5',
  });

  const key = new MnemonicKey({
      mnemonic: 'beauty sniff protect ...',
  });
  const wallet = new Wallet(lcd, key);

  const msgs = [
      new MsgExecute(
      key.accAddress,
      '0x1',
      'dex',
      'create_pair_script',
      [],
      [
          bcs.string().serialize('name'), // name
          bcs.string().serialize('symbol'), // symbol
          bcs.bigdecimal().serialize('0.003'), // swap fee
          bcs.bigdecimal().serialize('0.2'), // coin a weight
          bcs.bigdecimal().serialize('0.8'), // coin b weight
          bcs.object().serialize('0x...'), // coin a
          bcs.object().serialize('0x...'), // coin b
          bcs.u64().serialize(7500000000000), // coin a amount
          bcs.u64().serialize(3000000000000), // coin b amount
      ].map(v => v.toBase64())
      ),
  ];

  // sign tx
  const signedTx = await wallet.createAndSignTx({ msgs });
  // send(broadcast) tx
  lcd.tx.broadcastSync(signedTx).then(res => console.log(res));
  // {
  //   height: 0,
  //   txhash: '0F2B255EE75FBA407267BB57A6FF3E3349522DA6DBB31C0356DB588CC3933F37',
  //   raw_log: '[]'
  // }
}

main();

How to Provide Liquidity

Provide Liquidity

provide_liquidity enables the users to provide liquidity of both coin_a and coin_b in the specific pair. In order to maximize liquidity, the user should provide in resonation with the current ratio. The Move module interface is as follows:

public entry fun provide_liquidity_script(
    account: &signer,
    pair: Object<Config>,
    coin_a_amount_in: u64,
    coin_b_amount_in: u64,
    min_liquidity: Option<u64>
)

• pair: The metadata or object address of pair.
• coin_a_amount_in and coin_b_amount_in: Amount of token provided for coin_a and coin_b.
• min_liquidity: Minimum amout of liquidity token to receive. In case that the actual value is smaller than min_liquidity, the transaction will fail.

CLI

initiad tx move execute 0x1 dex provide_liquidity_script \
    --args '["object:0x...", "u64:100", "u64:100", "option<u64>:100"]' \
    --from [key-name] \
    --gas auto --gas-adjustment 1.5 --gas-prices 0.15uinit \
    --node [rpc-url]:[rpc-port] --chain-id [chain-id]

InitiaJS

import {
    bcs,
    LCDClient,
    MnemonicKey,
    MsgExecute,
    Wallet,
} from '@initia/initia.js';

async function main() {
  const lcd = new LCDClient('[rest-url]', {
      gasPrices: '0.15uinit',
      gasAdjustment: '1.5',
  });

  const key = new MnemonicKey({
      mnemonic: 'beauty sniff protect ...',
  });
  const wallet = new Wallet(lcd, key);

  const msgs = [
      new MsgExecute(
      key.accAddress,
      '0x1',
      'dex',
      'provide_liquidity_script',
      [],
      [
          bcs.object().serialize('0x...'), // pair object
          bcs.u64().serialize(7500000000000), // coin a amount
          bcs.u64().serialize(3000000000000), // coin b amount
          bcs.option(bcs.u64()).serialize(100000000), // min liquidity amount
      ].map(v => v.toBase64())
      ),
  ];

  // sign tx
  const signedTx = await wallet.createAndSignTx({ msgs });
  // send(broadcast) tx
  lcd.tx.broadcastSync(signedTx).then(res => console.log(res));
  // {
  //   height: 0,
  //   txhash: '0F2B255EE75FBA407267BB57A6FF3E3349522DA6DBB31C0356DB588CC3933F37',
  //   raw_log: '[]'
  // }
}

main();

Single Asset Provide Liquidity

Instead of creating a pair, the user can provide a pool of only one token. Internally, the token will be swapped to another token and provide liquidity, so there can be fee and slippage in occurance. The Move function interface is as follows:

public entry fun single_asset_provide_liquidity_script(
    account: &signer,
    pair: Object<Config>,
    provide_coin: Object<Metadata>,
    amount_in: u64,
    min_liquidity: Option<u64>
)

• pair: The metadata or object address of pair.
• provide_coin: The metadata of the provided coin.
• amount_in: The amount of provided coin.
• min_liquidity: Minimum amout of liquidity token to receive. In case that the actual value is smaller than min_liquidity, the transaction will fail.

CLI

initiad tx move execute 0x1 dex single_asset_provide_liquidity_script \
    --args '["object:0x...", "object:0x..", "u64:100", "option<u64>:100"]' \
    --from [key-name] \
    --gas auto --gas-adjustment 1.5 --gas-prices 0.15uinit \
    --node [rpc-url]:[rpc-port] --chain-id [chain-id]

InitiaJS

import {
    bcs,
    LCDClient,
    MnemonicKey,
    MsgExecute,
    Wallet,
} from '@initia/initia.js';

async function main() {
  const lcd = new LCDClient('[rest-url]', {
      gasPrices: '0.15uinit',
      gasAdjustment: '1.5',
  });

  const key = new MnemonicKey({
      mnemonic: 'beauty sniff protect ...',
  });
  const wallet = new Wallet(lcd, key);

  const msgs = [
      new MsgExecute(
      key.accAddress,
      '0x1',
      'dex',
      'single_asset_provide_liquidity_script',
      [],
      [
          bcs.object().serialize('0x...'), // pair object
          bcs.object().serialize('0x...'), // provide asset metadata
          bcs.u64().serialize(3000000000000), // provide amount
          bcs.option(bcs.u64()).serialize(100000000), // min liquidity amount
      ].map(v => v.toBase64())
      ),
  ];

  // sign tx
  const signedTx = await wallet.createAndSignTx({ msgs });
  // send(broadcast) tx
  lcd.tx.broadcastSync(signedTx).then(res => console.log(res));
  // {
  //   height: 0,
  //   txhash: '0F2B255EE75FBA407267BB57A6FF3E3349522DA6DBB31C0356DB588CC3933F37',
  //   raw_log: '[]'
  // }
}

main();

How to Withdraw Liquidity

Withdraw Liquidity

withdraw_liquidity allows users to provide liquidity tokens and receive coin_a and coin_b. The Move module interface is as follows:

public entry fun withdraw_liquidity_script(
    account: &signer,
    pair: Object<Config>,
    liquidity: u64,
    min_coin_a_amount: Option<u64>,
    min_coin_b_amount: Option<u64>,
)

• pair: The metadata or object address of pair.
• liquidity: Amount of liquidity token.
• min_coin_a_amount and min_coin_b_amount : Minimum amout of coin_a or coin_b to receive. In case that the actual value is smaller than min_coin_a_amount or min_coin_b_amount, the transaction will fail.

CLI

initiad tx move execute 0x1 dex withdraw_liquidity_script \
    --args '["object:0x...", "u64:100", "option<u64>:100", "option<u64>:100"]' \
    --from [key-name] \
    --gas auto --gas-adjustment 1.5 --gas-prices 0.15uinit \
    --node [rpc-url]:[rpc-port] --chain-id [chain-id]

InitiaJS

import {
    bcs,
    LCDClient,
    MnemonicKey,
    MsgExecute,
    Wallet,
} from '@initia/initia.js';

async function main() {
const lcd = new LCDClient('[rest-url]', {
    gasPrices: '0.15uinit',
    gasAdjustment: '1.5',
});

const key = new MnemonicKey({
    mnemonic: 'beauty sniff protect ...',
});
const wallet = new Wallet(lcd, key);

const msgs = [
    new MsgExecute(
      key.accAddress,
      '0x1',
      'dex',
      'withdraw_liquidity_script',
      [],
      [
          bcs.object().serialize('0x...'), // pair object
          bcs.u64().serialize(100000000), // liquidity
          bcs.option(bcs.u64()).serialize(100000000), // min coin a amount
          bcs.option(bcs.u64()).serialize(100000000), // min coin b amount
      ].map(v => v.toBase64())
    ),
];

// sign tx
const signedTx = await wallet.createAndSignTx({ msgs });
// send(broadcast) tx
lcd.tx.broadcastSync(signedTx).then(res => console.log(res));
// {
//   height: 0,
//   txhash: '0F2B255EE75FBA407267BB57A6FF3E3349522DA6DBB31C0356DB588CC3933F37',
//   raw_log: '[]'
// }
}

main();

How to Swap Pair

Swap Simulation

swap_simulation is a view function to estimate the return value of said swap.

#[view]
/// Return swap simulation result
public fun get_swap_simulation(
    pair: Object<Config>,
    offer_metadata: Object<Metadata>,
    offer_amount: u64,
): u64 // return amount

• pair: The metadata or object address of pair.
• offer_metadata: Metadata of offered coin.
• offer_amount: Amount of offered coin.

curl

curl -X POST "[LCD_URI]/initia/move/v1/accounts/0x1/modules/dex/view_functions/get_swap_simulation" \
    -H "accept: application/json" \
    -H "Content-Type: application/json" \
    -d "{ \"args\": [ \"[BCS_ENCODED_OBJECT, BCS_ENCODED_OBJECT, BCS_ENCODED_OFFER_AMOUNT]\" ]}"

#{
#  "data": "\"100\"",
#  "events": [],
#  "gas_used": "5699"
#}

CLI

initiad query move view 0x1 dex get_swap_simulation \
    --args '["object:0x...", "object:0x...", "u64:123"]' \
    --node [rpc-url]:[rpc-port]

# data: '"123"'
# events: []
# gas_used: "5699"

InitiaJS

import { LCDClient, bcs } from '@initia/initia.js';

const lcdUri = 'https://....';
const lcd = new LCDClient(lcdUri);

lcd.move
.view(
    '0x1',
    'dex',
    'get_swap_simulation',
    [],
    [
    bcs.object().serialize('0x...').toBase64(),
    bcs.object().serialize('0x...').toBase64(),
    bcs.u64().serialize(100).toBase64(),
    ]
)
.then(console.log);

// { data: '"100"', events: [], gas_used: '21371' }

Swap

The Move module interface for swap function is as follows:

public entry fun swap_script(
    account: &signer,
    pair: Object<Config>,
    offer_coin: Object<Metadata>,
    offer_coin_amount: u64,
    min_return: Option<u64>,
)

• pair: The metadata or object address of pair.
• offer_coin: Metadata of offered coin.
• offer_coin_amount: Amount of offered coin.
• min_return: Minimum return amount of coin. In case that the actual value is smaller than min_return, the transaction will fail.

CLI

initiad tx move execute 0x1 dex swap_script \
    --args '["object:0x...", "object:0x...", "u64:100", "option<u64>:100"]' \
    --from [key-name] \
    --gas auto --gas-adjustment 1.5 --gas-prices 0.15uinit \
    --node [rpc-url]:[rpc-port] --chain-id [chain-id]

InitiaJS

import {
    bcs,
    LCDClient,
    MnemonicKey,
    MsgExecute,
    Wallet,
} from '@initia/initia.js';

async function main() {
    const lcd = new LCDClient('[rest-url]', {
        gasPrices: '0.15uinit',
        gasAdjustment: '1.5',
    });

    const key = new MnemonicKey({
        mnemonic: 'beauty sniff protect ...',
    });
    const wallet = new Wallet(lcd, key);

    const msgs = [
        new MsgExecute(
          key.accAddress,
          '0x1',
          'dex',
          'swap_script',
          [],
          [
              bcs.object().serialize('0x...'), // pair object
              bcs.object().serialize('0x...'), // offer asset metadata
              bcs.u64().serialize(100000000), // offer amount
              bcs.option(bcs.u64()).serialize(100000000), // min return amount
          ].map(v => v.toBase64())
        ),
    ];

    // sign tx
    const signedTx = await wallet.createAndSignTx({ msgs });
    // send(broadcast) tx
    lcd.tx.broadcastSync(signedTx).then(res => console.log(res));
    // {
    //   height: 0,
    //   txhash: '0F2B255EE75FBA407267BB57A6FF3E3349522DA6DBB31C0356DB588CC3933F37',
    //   raw_log: '[]'
    // }
}

main();

How to Delegate LP Tokens

Whitelist a Pair

To delegate your LP tokens to a validator, you need to whitelist the LP token first. We can use MsgWhitelist to whitelist the LP token.

CLI

proposal.json

{
  "messages": [
    {
      "@type": "/initia.move.v1.MsgWhitelist",
      "authority": "init10d07y265gmmuvt4z0w9aw880jnsr700j55nka3",
      "metadata_lp": "init1law8gy5hj9mvtelssjnvg0amudfyn0y42kv4v04q4yl30pevmm2qhvvk8v",
      "reward_weight": "1000000000000000000"
    }
  ],
  "deposit": "100000000uinit",
  "metadata": "uinit",
  "summary": "it is awesome",
  "title": "awesome proposal"
}

initiad tx gov submit-proposal proposal.json \
    --from [key-name] \
    --gas auto --gas-adjustment 1.5 --gas-prices 0.15uinit \
    --node [rpc-url]:[rpc-port] --chain-id [chain-id]

InitiaJS

async function getLastProposalId(lcd: LCDClient): Promise<number> {
    const [proposals, pagination] = await lcd.gov.proposals()
    if (proposals.length === 0) return 0
    return proposals[proposals.length - 1].id
}

async function whitelistLP(lpMetadata: string) {
    const msgWhiteList = new MsgWhitelist(
        'init10d07y265gmmuvt4z0w9aw880jnsr700j55nka3', // autority
        AccAddress.fromHex(lpMetadata),                // metadata
        '1000000000000000000'                          // weight for reward (10^18)
    )

    const proposal = new MsgSubmitProposal(
        [msgWhiteList],
        '100000000uinit',           // deposit
        user.key.accAddress,        // proposer
        'uinit',                    // metadata
        'awesome proposal',         // title
        'it is awesome',            // summary
        false                       // expedited
    )

    const proposalId = (await getLastProposalId(user.lcd)) + 1
    
    // if there's only one validator, it will exceed the quorum (cause we set as user = validator)
    const vote = new MsgVote(proposalId, user.key.accAddress, VoteOption.VOTE_OPTION_YES, '') 
    const signedTx = await user.createAndSignTx({ msgs: [proposal, vote]})
    
    await user.lcd.tx.broadcast(signedTx).catch(console.log)
}

Delegate LP Tokens

After whitelisting the LP token, you can delegate your LP tokens to a validator. We can use MsgDelegate to delegate LP tokens.

CLI

# initiad tx mstaking delegate [validator-addr] [amount]
initiad tx mstaking delegate initvaloper1.... 100move/ff5c7412979 \
    --from [key-name] \
    --gas auto --gas-adjustment 1.5 --gas-prices 0.15uinit \
    --node [rpc-url]:[rpc-port] --chain-id [chain-id]

InitiaJS

async function delegateLP(
    lpMetadata: string,
    amount: number
) {
    // we can get lp denom from lp metadata by adding 'move/' prefix
    // if lp metadata is ff5c7412979...
    // then lp denom is move/ff5c7412979...
    const msg = new MsgDelegate(
        user.key.accAddress,                   // delegator
        validator.key.valAddress,              // validator
        `${amount}move/${lpMetadata}`          // lp token
    )

    const signedTx = await user.createAndSignTx({ msgs: [msg] })
    await user.lcd.tx.broadcast(signedTx).catch(console.log)
}

Example Code

The following example demonstrates the above functions in a single script using InitiaJS.

The script includes the following steps:

1. Create a pair
2. Provide liquidity
3. Whitelist LP
4. Delegate LP tokens to the validator
5. Withdraw rewards from the validator

To run the script, you need to install the following packages:

npm install @initia/initia.js @initia/initia.proto @noble/hashes @cosmjs/encoding bluebird

Also, we assume:

• Local Initia node is running on http://localhost:1317.
• The user and validator share the same mnemonic for simplicity.

create-and-provide-liquidity.ts

// NOTE: In this example, we use the same mnemonic for both user and validator.
//       The reason is that we want to simplify the example. 
//       This will make it easier to whitelist during the proposal.
//       It takes a bit of time to whitelist, so you can skip this step 3 and do it manually.

// Some possible errors:
// location=0000000000000000000000000000000000000000000000000000000000000001::object, code=524289 -> The object (pair) is already created, skip step 1
// location=0000000000000000000000000000000000000000000000000000000000000001::object, code=393218 -> The object (pair) is not created yet, retry step 1

import { AccAddress, bcs, LCDClient, MnemonicKey, MsgDelegate, MsgExecute, MsgSubmitProposal, MsgVote, MsgWhitelist, MsgWithdrawDelegatorReward, Wallet } from "@initia/initia.js"
import { ProposalStatus, VoteOption } from "@initia/initia.proto/cosmos/gov/v1/gov"
import { delay } from "bluebird"
import { sha3_256 } from "@noble/hashes/sha3";
import { concatBytes, toBytes } from "@noble/hashes/utils";
import { toHex } from "@cosmjs/encoding"
import { MsgUndelegate } from "vm/move/msgs/staking";

const user = new Wallet(
  new LCDClient('http://localhost:1317', {
    gasPrices: '0.15uinit',
    gasAdjustment: '1.75'
  }),
  new MnemonicKey({
    // TODO: put your mnemonic here
    mnemonic: 'mimic exist actress ...'
  })
)

const validator = new Wallet(
  new LCDClient('http://localhost:1317', {
    gasPrices: '0.15uinit',
    gasAdjustment: '1.75'
  }),
  new MnemonicKey({
    // TODO: put your mnemonic here
    mnemonic: 'mimic exist actress ...'
  })
)

function coinMetadata(creator: string, symbol: string) {
  const OBJECT_FROM_SEED_ADDRESS_SCHEME = 0xfe
  const addrBytes = bcs.address().serialize(creator).toBytes()
  const seed = toBytes(symbol)
  const bytes = new Uint8Array([...concatBytes(addrBytes, seed), OBJECT_FROM_SEED_ADDRESS_SCHEME])
  const sum = sha3_256.create().update(bytes).digest()
  return toHex(sum)
}

async function getLastProposalId(lcd: LCDClient): Promise<number> {
  const [proposals, pagination] = await lcd.gov.proposals()
  if (proposals.length === 0) return 0
  return proposals[proposals.length - 1].id
}

async function getProposalStatus(lcd: LCDClient, proposalId: number): Promise<ProposalStatus | null> {
  const proposal = await lcd.gov.proposal(proposalId)
  return proposal ? proposal.status : null
}

async function checkProposalPassed(lcd: LCDClient, proposalId: number): Promise<void> {
  for (;;) {
    console.log(`checking proposal ${proposalId} status... in ${lcd.URL}/cosmos/gov/v1/proposals/${proposalId}`)
    const status = await getProposalStatus(lcd, proposalId)
    
    if (status === ProposalStatus.PROPOSAL_STATUS_PASSED) return
    if (status === ProposalStatus.PROPOSAL_STATUS_REJECTED) throw new Error(`proposal ${proposalId} rejected`)
    if (status === ProposalStatus.PROPOSAL_STATUS_FAILED) throw new Error(`proposal ${proposalId} failed`)
    await delay(5_000)
  }
}

async function provideLiquidity(
  lp_metadata: string,
  coin_a_amount: number,
  coin_b_amount: number,
  min_liquidity: number | null
) {
  const msg = new MsgExecute(
    user.key.accAddress,
    '0x1',
    'dex',
    'provide_liquidity_script',
    [],
    [
      bcs.string().serialize(lp_metadata).toBase64(),
      bcs.u64().serialize(coin_a_amount).toBase64(),
      bcs.u64().serialize(coin_b_amount).toBase64(),
      bcs.option(bcs.u64()).serialize(min_liquidity).toBase64()
    ]
  )

  const signedTx = await user.createAndSignTx({ msgs: [msg] })
  await user.lcd.tx.broadcast(signedTx).catch(console.log)
}

async function createPairScript(
  sender: Wallet,
  name: string,
  symbol: string,
  swap_fee_rate: number,
  coin_a_weight: number,
  coin_b_weight: number,
  coin_a_metadata: string,
  coin_b_metadata: string,
  coin_a_amount: number,
  coin_b_amount: number
) {
  const msg = new MsgExecute(
    sender.key.accAddress,
    '0x1',
    'dex',
    'create_pair_script',
    [],
    [
      bcs.string().serialize(name).toBase64(),
      bcs.string().serialize(symbol).toBase64(),
      bcs.bigdecimal().serialize(swap_fee_rate).toBase64(),
      bcs.bigdecimal().serialize(coin_a_weight).toBase64(),
      bcs.bigdecimal().serialize(coin_b_weight).toBase64(),
      bcs.object().serialize(coin_a_metadata).toBase64(),
      bcs.object().serialize(coin_b_metadata).toBase64(),
      bcs.u64().serialize(coin_a_amount).toBase64(),
      bcs.u64().serialize(coin_b_amount).toBase64()
    ]
  )

  const signedTx = await sender.createAndSignTx({ msgs: [msg] })
  await sender.lcd.tx.broadcast(signedTx).catch(console.log)
}

async function whitelistLP(lpMetadata: string) {
  const msgWhiteList = new MsgWhitelist(
    'init10d07y265gmmuvt4z0w9aw880jnsr700j55nka3', // autority
    AccAddress.fromHex(lpMetadata),                // metadata
    '1000000000000000000'                          // weight for reward (10^18)
  )

  const proposal = new MsgSubmitProposal(
    [msgWhiteList],
    '100000000uinit',           // deposit
    user.key.accAddress,        // proposer
    'uinit',                    // metadata
    'awesome proposal',         // title
    'it is awesome',            // summary
    false                       // expedited
  )

  const proposalId = (await getLastProposalId(user.lcd)) + 1
  
  // if there's only one validator, it will exceed the quorum (cause we set as user = validator)
  const vote = new MsgVote(proposalId, user.key.accAddress, VoteOption.VOTE_OPTION_YES, '') 
  const signedTx = await user.createAndSignTx({ msgs: [proposal, vote]})
  
  await user.lcd.tx.broadcast(signedTx).catch(console.log)
  await checkProposalPassed(user.lcd, proposalId)
}

async function delegateLP(
  lpMetadata: string,
  amount: number
) {
  // we can get lp denom from lp metadata by adding 'move/' prefix
  // if lp metadata is ff5c7412979...
  // then lp denom is move/ff5c7412979...
  const msg = new MsgDelegate(
    user.key.accAddress,                   // delegator
    validator.key.valAddress,              // validator
    `${amount}move/${lpMetadata}` // lp token
  )

  const signedTx = await user.createAndSignTx({ msgs: [msg] })
  await user.lcd.tx.broadcast(signedTx).catch(console.log)
}

async function withdrawRewards() {
  const msg = new MsgWithdrawDelegatorReward(
    user.key.accAddress,
    validator.key.valAddress
  )

  const signedTx = await user.createAndSignTx({ msgs: [msg] })
  await user.lcd.tx.broadcast(signedTx).catch(console.log
}

// NOTE: if you uncomment step 2, there will be an error
//       because it takes a bit of time to create a pair
async function main() {
  console.log('user:', user.key.accAddress)
  console.log('validator:', validator.key.valAddress)

  // step 1: create pair script
  await createPairScript(
    user,
    'init-usdc',
    'init-usdc',
    0.003,
    0.5,
    0.5,
    coinMetadata('0x1', 'uinit'),
    coinMetadata('0x1', 'uusdc'),
    100_000_000,
    100_000_000
  )

  const lpMetadata = coinMetadata(user.key.accAddress, 'init-usdc') // ff5c7412979176c5e7f084a6...
  console.log('step 1 done, lp metadata:', lpMetadata)

  // step 2 (optional): provide liquidity 
  // you will get LP tokens when you create a pair, so you can skip this step
  // await provideLiquidity(
  //   lpMetadata,
  //   100_000_000,
  //   100_000_000,
  //   100_000
  // )
  // console.log('step 2 provide liquidity done')

  // step 3: whitelist LP
  // this step could take a while (check your 'expedited_voting_period' time in genesis.json)
  await whitelistLP(lpMetadata)
  console.log('step 3 whitelist done')

  // step 4: delegate LP tokens to the validator
  await delegateLP(lpMetadata, 100_000)
  console.log('step 4 delegate done')

  // step 5: withdraw rewards
  // await withdrawRewards()
  // console.log('step 5 withdraw done')
}

if (require.main === module) {
  main()
}